Imagine a vitamin pill-sized camera that could travel through your body taking pictures, helping diagnose a problem which doctor previously would have found only through surgery.
The document discusses a pill camera, which is a small, capsule-sized camera that can be swallowed to examine the gastrointestinal tract. It describes how the pill camera works, including how it is administered and how images are transmitted. Key advantages are that it provides detailed images of the entire digestive tract without pain or sedation compared to other examination methods. Potential disadvantages are that it is expensive, can become stuck, and doctors have limited control over its movement. The conclusion states it is a pioneering medical technology that has revolutionized diagnostic imaging.
The technology used to achieve manufacturing the product at molecular level is “NANOTECHNOLOGY”.
Nanotechnology is the creation of useful materials, devices and system through manipulation of such miniscule matter (nanometer).
Trillions of assemblers will be needed to develop products in viable time
frame.
The document describes a pill camera, which is a pill-sized device that can be swallowed to examine the gastrointestinal tract by taking pictures. It works by transmitting pictures wirelessly as it passes through the digestive system, helping doctors diagnose conditions. The pill camera provides a noninvasive alternative to surgery for visualization of the GI tract. However, image quality and lack of control are still limitations that need improvement.
The document discusses a pill-sized camera called a capsule endoscopy or pill camera. Developed in 2000 using nanotechnology, the pill camera contains a camera, light, battery, and antenna to transmit images of the digestive tract as it passes through the body. Measuring around 25mm by 10mm, the pill camera provides a clear view of the intestines and allows for easier endoscopy exams compared to other methods. However, there are drawbacks for patients with gastrointestinal obstructions as the pill could get stuck.
The document discusses a pill camera, which is a capsule-sized camera that can be swallowed to take pictures as it passes through the digestive system. It has revolutionized medical diagnosis by allowing doctors to non-invasively examine the small intestine. The pill camera contains a lens, light source, image sensor and transmitter inside a biocompatible casing. It transmits over 5,000 images during its 8-hour operation to an external recorder for analysis by doctors. The pill camera provides a painless alternative to invasive endoscopy and has improved diagnosis of conditions like cancer and ulcers.
Pill Camera is basically a new invention and is going to revolutionize the technical arena... Here i have uploaded the presentation on pill camera for the seminar.... Just have a look on it.........
Biomedical instrumentation involves using measuring instruments to monitor and control processes within the body. Pill cameras are a type of biomedical instrumentation that can take pictures inside the body without surgery. A pill camera is the size of a pill and contains a camera, lights, transmitter and batteries. As it passes through the digestive system, it takes over 50,000 color images that are transmitted to a recorder. Doctors can then view the continuous images on a computer to diagnose conditions like Crohn's disease or tumors in the small intestine.
Imagine a vitamin pill-sized camera that could travel through your body taking pictures, helping diagnose a problem which doctor previously would have found only through surgery.
The document discusses a pill camera, which is a small, capsule-sized camera that can be swallowed to examine the gastrointestinal tract. It describes how the pill camera works, including how it is administered and how images are transmitted. Key advantages are that it provides detailed images of the entire digestive tract without pain or sedation compared to other examination methods. Potential disadvantages are that it is expensive, can become stuck, and doctors have limited control over its movement. The conclusion states it is a pioneering medical technology that has revolutionized diagnostic imaging.
The technology used to achieve manufacturing the product at molecular level is “NANOTECHNOLOGY”.
Nanotechnology is the creation of useful materials, devices and system through manipulation of such miniscule matter (nanometer).
Trillions of assemblers will be needed to develop products in viable time
frame.
The document describes a pill camera, which is a pill-sized device that can be swallowed to examine the gastrointestinal tract by taking pictures. It works by transmitting pictures wirelessly as it passes through the digestive system, helping doctors diagnose conditions. The pill camera provides a noninvasive alternative to surgery for visualization of the GI tract. However, image quality and lack of control are still limitations that need improvement.
The document discusses a pill-sized camera called a capsule endoscopy or pill camera. Developed in 2000 using nanotechnology, the pill camera contains a camera, light, battery, and antenna to transmit images of the digestive tract as it passes through the body. Measuring around 25mm by 10mm, the pill camera provides a clear view of the intestines and allows for easier endoscopy exams compared to other methods. However, there are drawbacks for patients with gastrointestinal obstructions as the pill could get stuck.
The document discusses a pill camera, which is a capsule-sized camera that can be swallowed to take pictures as it passes through the digestive system. It has revolutionized medical diagnosis by allowing doctors to non-invasively examine the small intestine. The pill camera contains a lens, light source, image sensor and transmitter inside a biocompatible casing. It transmits over 5,000 images during its 8-hour operation to an external recorder for analysis by doctors. The pill camera provides a painless alternative to invasive endoscopy and has improved diagnosis of conditions like cancer and ulcers.
Pill Camera is basically a new invention and is going to revolutionize the technical arena... Here i have uploaded the presentation on pill camera for the seminar.... Just have a look on it.........
Biomedical instrumentation involves using measuring instruments to monitor and control processes within the body. Pill cameras are a type of biomedical instrumentation that can take pictures inside the body without surgery. A pill camera is the size of a pill and contains a camera, lights, transmitter and batteries. As it passes through the digestive system, it takes over 50,000 color images that are transmitted to a recorder. Doctors can then view the continuous images on a computer to diagnose conditions like Crohn's disease or tumors in the small intestine.
Imagine a vitamin pill-sized camera that could travel through your body taking pictures, helping diagnose a problem which doctor previously would have found only through surgery.
The document discusses the pill camera, which is a capsule-sized endoscopy device used to non-invasively examine the esophagus and small intestine. The pill camera contains a camera, light source, transmitter and batteries. It is swallowed and passes naturally through the digestive tract, transmitting over 50,000 images to an external recorder. Compared to conventional endoscopy, the pill camera offers a painless procedure without sedation that provides images of the entire small intestine. However, it cannot stop to examine areas of interest and cannot perform biopsies. The document reviews the capsule components, procedure, advantages of providing detailed images without risks of other methods, and applications in diagnosing gastrointestinal conditions.
The document describes a pill-sized camera called a pill camera that can be swallowed to take over 50,000 photos as it passes through the digestive tract. It consists of components like a lens, light source, and antenna to transmit photos. The pill camera allows physicians to non-invasively examine the small intestine for conditions like Crohn's disease and tumors. It provides advantages over endoscopy by being painless, having no side effects, and enabling high-quality internal images of areas endoscopy can't reach. However, it risks obstruction if partial blockages are present in the small intestine.
Pill camera technology allows a miniature camera to be housed in a capsule and passed through the digestive tract to provide images of the small intestine. The capsule captures images as it is propelled through the tract and transmits them to an external recorder. This provides a painless alternative to endoscopy for diagnosing conditions like cancer by visualizing areas that standard techniques cannot reach. The capsule offers advantages over endoscopy like being non-invasive and allowing patients to avoid sedation and return to normal activities after swallowing.
Capsule endoscopy provides a non-invasive method to examine the small intestine using a pill-sized camera that is swallowed. It takes and transmits images that are recorded for physicians to review. Previous endoscopy methods could not fully examine the small intestine. Research shows capsule endoscopy can diagnose certain gastrointestinal diseases. The document discusses the
A pill camera is a capsule-sized device used in endoscopy to record images of the digestive tract. It contains a tiny camera that takes pictures after being swallowed. The primary use is to examine the small intestine, which other endoscopy methods cannot access well. The capsule transmits images wirelessly to an external receiver as it passes through the tract. Images are then reviewed by doctors to diagnose problems, though the capsule cannot treat any issues found. While generally safe, there is a small risk of the capsule being retained in the body for an extended time. It works using electromagnetic waves and has protections to safely pass through the digestive system.
The document describes the pill camera, a vitamin-sized device invented in 2000 that can be swallowed to take pictures inside the digestive tract to help diagnose problems. It contains a camera, lights, transmitter and batteries. Images are transmitted to a recorder worn by the patient. The capsule passes naturally through the digestive system, providing a clear view of the intestines. It is an alternative to conventional endoscopy for examining parts of the intestine that cannot be seen with other methods.
Pill Camera is a vitamin pill-sized capsule that travels through the human body taking pictures, helping diagnose a problem which previously would have been found only through surgery
The document discusses capsule cameras, which are pill-sized cameras that can be swallowed to take pictures as they pass through the digestive tract. Conventional methods like endoscopes are limited in the areas they can examine. Capsule cameras contain lenses, lights, batteries, and a transmitter to send over 50,000 high quality images to a data recorder. They help diagnose conditions like Crohn's disease and tumors. Capsule cameras are painless and accurate but have drawbacks like being unable to control behavior, though new technologies may help overcome limitations.
The document discusses a pill camera, which is a capsule endoscopy device used to examine the digestive tract. It is about the size of a pill and contains a camera, lights, batteries, and transmitter. Patients swallow the capsule, which takes pictures as it passes through the digestive system. The images are transmitted to a data recorder and can be reviewed later by doctors. The capsule offers a non-invasive alternative to traditional endoscopy for examining the small intestine. Key benefits include increased patient comfort and ability to capture images of hard to reach areas of the digestive tract.
The document discusses the "camera in a pill", or capsule endoscopy. It provides a high-level overview of the technology, including that a pill-sized camera is swallowed to take images of the small intestine as it passes through. The camera transmits over 56,000 images wirelessly to a sensor array and data recorder worn on the body. The images can later be reviewed by a doctor on specialized software to diagnose conditions of the small intestine.
pill camera/ capsule endoscopy used inn medical field to find out the abnormalities of small intestine. This replaced the convectional endoscopy method.
The document describes a pill camera, which is a capsule-sized device that can be swallowed to examine the gastrointestinal tract. The pill camera contains fibers, LEDs, a camera, batteries, and a transmitter to capture and transmit images as it passes through the digestive system. These images are received by a sensor array worn by the patient and recorded for physicians to review. The pill camera provides a non-invasive alternative to traditional endoscopy exams and allows doctors to more easily diagnose digestive diseases.
The document describes a pill-sized camera that can be swallowed to take pictures inside the digestive tract. It contains a camera, lights, transmitter and batteries inside a capsule. Over 50,000 color images are transmitted as it passes through the tract. Components include an optical dome, lens, LED lights, image sensor, battery and transmitter. The capsule is swallowed and images are transmitted to a receiver and computer for processing. It can diagnose conditions like Crohn's disease without surgery. Advantages are it is painless and provides high quality images of the small intestine. Drawbacks are it may get stuck if obstructions are present, though new bi-directional cameras aim to overcome this.
The document describes a pill camera, which is a capsule-sized, swallowable camera that can capture over 50,000 images of the inside of the body as it passes through the gastrointestinal tract. It has a diameter of 11mm and length of 26mm, with components like an optical dome, lens, LED lights, CMOS image sensor, batteries, transmitter, and antenna that allow it to wirelessly transmit the captured images to an external data recorder. The pill camera provides a painless and effective way to examine the small intestine for conditions like tumors or ulcers.
This document discusses capsule endoscopy, a medical procedure where patients swallow a pill-sized capsule containing a camera. The capsule passes naturally through the digestive tract, taking over 2,600 images which are transmitted to a recorder. This allows physicians to noninvasively examine the entire small intestine. The technology has advanced from basic endoscopy in the 1960s to now include capsule cameras, which provide benefits over traditional endoscopy like viewing the entire GI tract and earlier cancer detection. The capsule uses ultra-low power wireless transmission of images to help diagnose conditions like bleeding, Crohn's disease, and small bowel tumors.
Pill endoscopy involves swallowing a pill-sized camera to take pictures of the gastrointestinal tract as it passes through the body. It was invented to address issues with traditional endoscopy methods like pain, risk of injury, and procedure time. The pill camera is about the size of a vitamin and contains a lens, light source, battery, antenna, and image sensor to capture high-quality video footage as it travels through the digestive system. Doctors can then review the recorded images to diagnose conditions like Crohn's disease, tumors, or bleeding without painful endoscopic procedures. While effective, pill endoscopy is also expensive, may not be suitable for some patients, and batteries limit imaging time.
The document summarizes a pill camera, which is a capsule-sized device that can be swallowed to take pictures throughout the digestive tract. It passes naturally through the stomach and intestines, taking over 50,000 pictures that are transmitted to an external recorder. This allows physicians to examine the entire small intestine non-invasively. While it provides a safer alternative to endoscopy, there are risks like intestinal obstruction for some patients and it has a higher cost than conventional endoscopy.
The article examines the Uniform Trade Secrets Act adopted by the Commissioners on Uniform State Laws in 1979. The Act aims to harmonize and clarify trade secret law, which had developed differently across states under common law. The summary discusses:
1) Trade secret law protects commercially valuable ideas and information from misappropriation through improper means such as theft, breach of confidentiality, or espionage.
2) Common law trade secret principles vary between jurisdictions, creating a need for uniform rules.
3) The Uniform Trade Secrets Act codifies trade secret definitions and available remedies, aiming to standardize an important area of commercial law across states.
Information security is about protecting data from unauthorized access or modification. The document discusses several key aspects of information security including security attacks (active and passive), security services (confidentiality, authentication, integrity, etc.), and security mechanisms (encryption, digital signatures, access control). It also defines common vulnerabilities and exposures (CVE), which is a list of known cybersecurity threats maintained by MITRE to help identify vulnerabilities.
The document discusses the pill camera, which is a capsule-sized endoscopy device used to non-invasively examine the esophagus and small intestine. The pill camera contains a camera, light source, transmitter and batteries. It is swallowed and passes naturally through the digestive tract, transmitting over 50,000 images to an external recorder. Compared to conventional endoscopy, the pill camera offers a painless procedure without sedation that provides images of the entire small intestine. However, it cannot stop to examine areas of interest and cannot perform biopsies. The document reviews the capsule components, procedure, advantages of providing detailed images without risks of other methods, and applications in diagnosing gastrointestinal conditions.
The document describes a pill-sized camera called a pill camera that can be swallowed to take over 50,000 photos as it passes through the digestive tract. It consists of components like a lens, light source, and antenna to transmit photos. The pill camera allows physicians to non-invasively examine the small intestine for conditions like Crohn's disease and tumors. It provides advantages over endoscopy by being painless, having no side effects, and enabling high-quality internal images of areas endoscopy can't reach. However, it risks obstruction if partial blockages are present in the small intestine.
Pill camera technology allows a miniature camera to be housed in a capsule and passed through the digestive tract to provide images of the small intestine. The capsule captures images as it is propelled through the tract and transmits them to an external recorder. This provides a painless alternative to endoscopy for diagnosing conditions like cancer by visualizing areas that standard techniques cannot reach. The capsule offers advantages over endoscopy like being non-invasive and allowing patients to avoid sedation and return to normal activities after swallowing.
Capsule endoscopy provides a non-invasive method to examine the small intestine using a pill-sized camera that is swallowed. It takes and transmits images that are recorded for physicians to review. Previous endoscopy methods could not fully examine the small intestine. Research shows capsule endoscopy can diagnose certain gastrointestinal diseases. The document discusses the
A pill camera is a capsule-sized device used in endoscopy to record images of the digestive tract. It contains a tiny camera that takes pictures after being swallowed. The primary use is to examine the small intestine, which other endoscopy methods cannot access well. The capsule transmits images wirelessly to an external receiver as it passes through the tract. Images are then reviewed by doctors to diagnose problems, though the capsule cannot treat any issues found. While generally safe, there is a small risk of the capsule being retained in the body for an extended time. It works using electromagnetic waves and has protections to safely pass through the digestive system.
The document describes the pill camera, a vitamin-sized device invented in 2000 that can be swallowed to take pictures inside the digestive tract to help diagnose problems. It contains a camera, lights, transmitter and batteries. Images are transmitted to a recorder worn by the patient. The capsule passes naturally through the digestive system, providing a clear view of the intestines. It is an alternative to conventional endoscopy for examining parts of the intestine that cannot be seen with other methods.
Pill Camera is a vitamin pill-sized capsule that travels through the human body taking pictures, helping diagnose a problem which previously would have been found only through surgery
The document discusses capsule cameras, which are pill-sized cameras that can be swallowed to take pictures as they pass through the digestive tract. Conventional methods like endoscopes are limited in the areas they can examine. Capsule cameras contain lenses, lights, batteries, and a transmitter to send over 50,000 high quality images to a data recorder. They help diagnose conditions like Crohn's disease and tumors. Capsule cameras are painless and accurate but have drawbacks like being unable to control behavior, though new technologies may help overcome limitations.
The document discusses a pill camera, which is a capsule endoscopy device used to examine the digestive tract. It is about the size of a pill and contains a camera, lights, batteries, and transmitter. Patients swallow the capsule, which takes pictures as it passes through the digestive system. The images are transmitted to a data recorder and can be reviewed later by doctors. The capsule offers a non-invasive alternative to traditional endoscopy for examining the small intestine. Key benefits include increased patient comfort and ability to capture images of hard to reach areas of the digestive tract.
The document discusses the "camera in a pill", or capsule endoscopy. It provides a high-level overview of the technology, including that a pill-sized camera is swallowed to take images of the small intestine as it passes through. The camera transmits over 56,000 images wirelessly to a sensor array and data recorder worn on the body. The images can later be reviewed by a doctor on specialized software to diagnose conditions of the small intestine.
pill camera/ capsule endoscopy used inn medical field to find out the abnormalities of small intestine. This replaced the convectional endoscopy method.
The document describes a pill camera, which is a capsule-sized device that can be swallowed to examine the gastrointestinal tract. The pill camera contains fibers, LEDs, a camera, batteries, and a transmitter to capture and transmit images as it passes through the digestive system. These images are received by a sensor array worn by the patient and recorded for physicians to review. The pill camera provides a non-invasive alternative to traditional endoscopy exams and allows doctors to more easily diagnose digestive diseases.
The document describes a pill-sized camera that can be swallowed to take pictures inside the digestive tract. It contains a camera, lights, transmitter and batteries inside a capsule. Over 50,000 color images are transmitted as it passes through the tract. Components include an optical dome, lens, LED lights, image sensor, battery and transmitter. The capsule is swallowed and images are transmitted to a receiver and computer for processing. It can diagnose conditions like Crohn's disease without surgery. Advantages are it is painless and provides high quality images of the small intestine. Drawbacks are it may get stuck if obstructions are present, though new bi-directional cameras aim to overcome this.
The document describes a pill camera, which is a capsule-sized, swallowable camera that can capture over 50,000 images of the inside of the body as it passes through the gastrointestinal tract. It has a diameter of 11mm and length of 26mm, with components like an optical dome, lens, LED lights, CMOS image sensor, batteries, transmitter, and antenna that allow it to wirelessly transmit the captured images to an external data recorder. The pill camera provides a painless and effective way to examine the small intestine for conditions like tumors or ulcers.
This document discusses capsule endoscopy, a medical procedure where patients swallow a pill-sized capsule containing a camera. The capsule passes naturally through the digestive tract, taking over 2,600 images which are transmitted to a recorder. This allows physicians to noninvasively examine the entire small intestine. The technology has advanced from basic endoscopy in the 1960s to now include capsule cameras, which provide benefits over traditional endoscopy like viewing the entire GI tract and earlier cancer detection. The capsule uses ultra-low power wireless transmission of images to help diagnose conditions like bleeding, Crohn's disease, and small bowel tumors.
Pill endoscopy involves swallowing a pill-sized camera to take pictures of the gastrointestinal tract as it passes through the body. It was invented to address issues with traditional endoscopy methods like pain, risk of injury, and procedure time. The pill camera is about the size of a vitamin and contains a lens, light source, battery, antenna, and image sensor to capture high-quality video footage as it travels through the digestive system. Doctors can then review the recorded images to diagnose conditions like Crohn's disease, tumors, or bleeding without painful endoscopic procedures. While effective, pill endoscopy is also expensive, may not be suitable for some patients, and batteries limit imaging time.
The document summarizes a pill camera, which is a capsule-sized device that can be swallowed to take pictures throughout the digestive tract. It passes naturally through the stomach and intestines, taking over 50,000 pictures that are transmitted to an external recorder. This allows physicians to examine the entire small intestine non-invasively. While it provides a safer alternative to endoscopy, there are risks like intestinal obstruction for some patients and it has a higher cost than conventional endoscopy.
The article examines the Uniform Trade Secrets Act adopted by the Commissioners on Uniform State Laws in 1979. The Act aims to harmonize and clarify trade secret law, which had developed differently across states under common law. The summary discusses:
1) Trade secret law protects commercially valuable ideas and information from misappropriation through improper means such as theft, breach of confidentiality, or espionage.
2) Common law trade secret principles vary between jurisdictions, creating a need for uniform rules.
3) The Uniform Trade Secrets Act codifies trade secret definitions and available remedies, aiming to standardize an important area of commercial law across states.
Information security is about protecting data from unauthorized access or modification. The document discusses several key aspects of information security including security attacks (active and passive), security services (confidentiality, authentication, integrity, etc.), and security mechanisms (encryption, digital signatures, access control). It also defines common vulnerabilities and exposures (CVE), which is a list of known cybersecurity threats maintained by MITRE to help identify vulnerabilities.
Parent communication register android applicationBhadra Gowdra
In this new era of Science and Technology, computer is one of the most important components in our life. Works can be done in a better way by the help of computer.
The Main aim of our project is to automate the attendance in the form of Android Mobile Application. Our intention is to establish a good communication between Student Mentor and parent.We have seen over the years that the process of manual attendance is being carried out across almost all educational institutions. The process is not only time consuming but also sometimes yield inefficient results in the false marking and calculation of attendance. We need not maintain pen and paper based attendance registers. Following this thought, we have proposed a Parent communication register android application APP by which we notify parents via SMS OR a call Notification system which is implemented on Android mobile application.This Android application will give the students attendance information and SMS notification feature whereby every parent will be periodically notified regarding his/her child attendance. Our system primarily focuses on building an efficient and user friendly Android mobile application. The application will be installed on the Mentor phone which runs android OS. It intends to provide an interface to the professor who will require a user id and password to carry out the task. Apart from that, the application would support strong user authentication and quick transmission of data.
PURPOSE OF THIS PROJECT:
This project is mainly used to decrease the time constrain to find all fun and food zones near to the user location.The main advantage of this application is the user can view all the fun and food zones at one place,now we have so many websites and applications which gives information only about food or fun individually.To overcome this disadvantage we developed an application which gives all the details about both fun and food zones based on user specified location so we Entitled this project as ‘FUN AND FOOD’ it is used to provide all fun and food zones near to location specified by the user.The user can view minimum details of nearest fun and food zones and user can also view the details of respective fun and food service provider.
Your birth-date-surprisingly-reveals-a-lot-about-your-personality,-know-them!Bhadra Gowdra
This document discusses how a person's birth date can reveal aspects of their personality. It claims that people born on certain dates in the month (1st, 10th, 19th, 28th for example) are natural born leaders. Others born on dates like the 2nd, 11th, 20th or 29th are said to be highly sensitive. The 3rd, 12th, 21st or 30th are purported to be very creative. The document then provides brief personality descriptions for each date of the month.
This document is a mini project report submitted in partial fulfillment of the requirements for a Bachelor of Technology degree in Computer Science and Engineering. It describes a project to create a "College Phone Book" application, with the goal of storing contact information for students and faculty at the college. The report includes sections on introduction, literature survey, requirements analysis, implementation, system design, coding, system testing, screenshots, limitations and future enhancements, and conclusion. It was created by four students under the guidance of an associate professor.
Hamid Falaki from Digital Catapult Presenting IoT and Future 5G Networks at #IoTLondon in May 2015
...5G Capabilities will include- Ultra Dense Connectivity, Faster Connection Time, Shorter Delay & Higher Throughput …
What IoT Solutions can we deliver with such capability offered by 5G networks?
Imagine a vitamin pill-sized camera that could travel through your body taking pictures, helping diagnose a problem which doctor previously would have found only through surgery.
This document discusses opportunities and challenges for the Internet of Things (IoT) and 5G networks. It provides several definitions of the IoT and describes how sensor devices are widely available. It also outlines the technology roadmap for IoT, noting how 4G and 5G networks will be important enablers. However, it notes challenges for telecommunications networks in managing diverging traffic and revenue expectations. The document discusses many potential applications of IoT across various sectors. It concludes by discussing important research challenges for IoT deployments, particularly in smart cities and smart energy grids.
5G (the fifth generation mobile communications) is scheduled to launch in around early 2020s. Even if it is not determined yet regarding the standard technology details, many researchers expect that 5G will transfer 1000 times more data, and thus, can connect billions of IoT (Internet of Things) devices at the same time. Key candidate technologies that enable 5G to support IoT devices connection are millimeter wave communication, massive MIMO (multiple input and multiple output) technology, cloud RAN/network function virtualization (NFV)/ software defined network (SDN), ultra dense network (UDN) and low latency network. Following patents illustrate some examples of the current key technology developments of 5G for the IoT.
The capsule camera is a pill-sized device that can be swallowed to take pictures of the digestive tract as it passes through. It contains a camera, lights, transmitter and batteries. Images are transmitted wirelessly to a recorder and over 2,600 high quality images can be captured. The capsule allows non-invasive imaging of the small intestine to diagnose conditions like Crohn's disease. It is painless for the patient but cannot be controlled and could get obstructed, though newer models aim to overcome these limitations. The capsule camera has revolutionized digestive imaging.
The document provides an overview of GPS (Global Positioning System), including its history, core components, working principles, accuracy limitations, and applications. GPS is a satellite-based navigation system consisting of 3 segments - space, control, and user. It works by precisely measuring the time it takes signals from GPS satellites to reach a GPS receiver and triangulating its position based on distances to 4 or more satellites. Various methods can improve its accuracy to within a few centimeters.
The document discusses the evolution of wireless technologies from 1G to 5G. It describes the key concepts and architecture of 5G, including its hardware, software, and features. 5G is expected to offer speeds up to 1 Gbps, make wireless communication almost limitless, and enable new applications through its high connectivity and capabilities. It concludes that 5G will be more user-centric and available at lower costs than previous generations of wireless technology.
The document summarizes the evolution of wireless technologies from 1G to 5G. It discusses the key features and limitations of each generation including the increasing data speeds and capabilities. The document compares technologies such as 2G, 3G, 4G and highlights how each new generation improved upon the previous by offering higher speeds and new services like texting, multimedia messaging and video calling. It concludes that 5G will provide wireless connectivity with almost no limitations and will be the next wireless standard after fully deploying in 2020.
The document describes a pill-sized camera that can be swallowed to take pictures of the digestive tract. It consists of a camera, lights, transmitters and batteries in a capsule sized at 26x11mm. As it travels through the digestive system, it takes 50,000 color images which are transmitted to an external recorder and computer. The capsule helps diagnose conditions like Crohn's disease and tumors of the small intestine in a non-invasive way. It provides high quality images and has advantages over conventional endoscopy, though early models had disadvantages of getting stuck or lack of control that newer technologies have helped overcome.
The document describes a capsule camera, or pill camera, which is a miniature camera that can be swallowed to examine the digestive tract. It consists of a lens, light source, battery and transmitter inside a capsule the size of a pill. The capsule passes naturally through the digestive system, taking pictures that are transmitted to a data recorder. The images allow physicians to detect conditions like Crohn's disease or tumors in the small intestine in a non-invasive way. While innovative, capsule endoscopy has limitations like inability to control the camera and risk of obstruction if narrowing is present.
Capsule endoscopy is a noninvasive diagnostic procedure to visualize the inside of your digestive tract. You swallow a capsule that contains a tiny camera, a transmitter and a light. As it passes through your stomach, intestines, colon and rectum, the capsule takes thousands of pictures and transmits them to a recorder that you wear outside of your body.
Your doctor uploads the data from the recorder using a system that combines pictures into a video. These visualizations help identify problems in the digestive tract and formulate a diagnosis.
pill camera based on endoscopy and its procedureabdullaabrar61
The document describes a pill-sized camera called a pill camera that can be ingested to take pictures and help diagnose problems within the digestive system. The pill camera is about the size of a large vitamin and contains a camera, lights, transmitter and batteries. As it passes through the digestive tract, it takes 50,000 color images that are wirelessly transmitted to a data recorder. Doctors can then review the images to identify any abnormalities. The pill camera provides a painless and accurate way to examine the small intestine without surgery. It has advantages for diagnosing various digestive conditions but also has some drawbacks like inability to control movement, which newer technologies are seeking to address.
The document describes the components and functioning of a pill camera, which is a capsule-sized, swallowable camera that can capture over 50,000 images of the inside of the body as it passes through the gastrointestinal tract. It has a diameter of 11mm, length of 26mm, and weighs less than 4g. Key components include an optical dome, lens, LED lights, CMOS image sensor, batteries, transmitter, and antenna that wirelessly transmits the images to an external data recorder. The pill camera provides a painless and effective way to diagnose conditions like tumors or ulcers throughout the intestines.
This seminar presentation introduces the pill camera, a capsule-sized device used for diagnosing diseases of the digestive system. It contains a camera, lights, transmitter and batteries, and can take over 50,000 images as it passes through the digestive tract. Some advantages are that it is noninvasive, can reach parts of the small intestine not viewable by endoscopy, and provides high-quality images in real-time. However, issues like inability to control the camera or risk of obstruction need to be addressed. New technologies like bi-directional cameras and rice grain-sized motors may help overcome current drawbacks.
The document discusses the PillCam, also known as a capsule endoscope, which is a minimally invasive alternative to traditional endoscopy. The PillCam is roughly the size of a vitamin and contains a video camera, lights, and transmitter to provide images of the gastrointestinal tract as it passes through the body. This allows physicians to examine parts of the GI tract without risky or uncomfortable procedures. The PillCam offers benefits like early detection, patient comfort, and accessibility to areas that cannot be reached by traditional endoscopy. While it has some limitations, the PillCam has transformed medical diagnostics by providing a safer, more comprehensive examination of the digestive system.
The document describes a pill camera, which is a miniature camera housed in a capsule the size of a vitamin pill. It is used in capsule endoscopy to view the esophagus and small intestine. The capsule captures and transmits images as it passes through the digestive tract, allowing doctors to examine the images later. Key components include an optical dome, lens, LED lights, image sensor, batteries, and antenna. It provides detailed images of the entire digestive tract without needing endoscopy or sedation. While expensive and unable to be controlled, pill cameras have revolutionized diagnosis of small intestine conditions and have bright future applications.
The document discusses a pill camera, which is a capsule-sized camera that can be swallowed to take pictures of the digestive tract. It consists of an optical dome, lens, LED lights, CMOS image sensor, battery, transmitter, and antenna. The procedure involves swallowing the capsule, which then transmits over 50,000 color images as it passes through the digestive system. The capsule provides a painless and accurate way to diagnose gastrointestinal conditions without surgery. However, it is very expensive and cannot be reused. Future improvements could include zooming, auto-focus, smaller size, and longer battery life.
The document summarizes a presentation on capsule endoscopy, a non-invasive medical procedure using a pill-sized camera to examine the digestive tract. The summary includes:
1) Capsule endoscopy involves swallowing a small capsule containing a camera, lights, batteries and transmitter to take over 50,000 images as it passes through the digestive system wirelessly transmitting to an external recorder.
2) The capsule is painless for the patient and provides accurate, high-quality images of the entire small intestine to diagnose conditions like Crohn's disease with minimal risks compared to traditional endoscopy.
3) While expensive and unable to take biopsies, capsule endoscopy has revolutionized digestive imaging and become an
The document discusses a pill camera, which is a capsule endoscopy used to detect diseases in the small intestine. The pill camera contains a lens, LEDs, battery, image sensor, and transmitter to capture and transmit images. It passes naturally through the digestive tract, allowing visualization of the small intestine without risks of traditional endoscopy. The document outlines the interior components of the pill camera, how it works, applications for detecting conditions like Crohn's disease, and potential future improvements.
Capsule endoscopy is a procedure that uses a tiny wireless camera to take pictures of your digestive tract. Mainly it observes the 20feet long small intestine.
1) The document describes a capsule camera, also known as a pill camera, which is a pill-sized device that can be swallowed to take pictures inside the digestive tract to diagnose conditions.
2) The capsule contains a camera, lights, transmitter and batteries and transmits up to 50,000 color images as it passes through the digestive system, with the images being received by an external recorder.
3) The capsule camera provides a non-invasive alternative to endoscopy and is useful for diagnosing various conditions of the small intestine like Crohn's disease, ulcers, and tumors. It allows detection of disorders at an earlier stage compared to other tests.
The document discusses a pill camera, which is a capsule endoscopy device used to examine the small intestine. It consists of a pill-sized capsule containing a camera, light source, and transmitter. Patients swallow the capsule, which passes naturally through the digestive tract while transmitting thousands of images. These images are received by a sensor array worn by the patient and recorded for physicians to review on specialized software. The capsule does not require sedation and allows examination of the entire small intestine, providing a more complete evaluation than other endoscopic methods. Key advantages include it being non-invasive, comfortable for patients, and providing better imaging of hard to reach areas of the digestive tract.
The document describes a microelectronic pill used for remote biomedical measurements in the gastrointestinal tract. The pill contains components like an optical dome, lens, LED lights, CMOS image sensor, battery, transmitter, and antenna. It takes images as it passes through the GI tract, transmitting data to a wireless recorder. Compared to endoscopy, the pill provides painless, high-quality imaging of the intestines without risks of sedation or radiation. Future improvements could include zooming, auto-focus, smaller sizes, and using lasers to identify and treat precancerous cells.
The document describes a capsule endoscopy procedure using a pill-sized camera to diagnose problems in the intestines. It discusses how conventional endoscopy requires inserting a scope through the mouth, while capsule endoscopy involves swallowing a small camera pill. The pill camera contains components like a lens, image sensor, batteries, and transmitter to take 50,000 color images as it passes through the digestive tract, transmitting the images wirelessly to an external recorder and computer for analysis. The procedure involves swallowing the capsule, which then takes images as it moves through the intestines via peristalsis before the images are processed to produce a continuous video stream, allowing diagnosis without invasive surgery.
The document describes a capsule camera that can be swallowed to take pictures inside the digestive system. It consists of a camera, lights, transmitter and batteries inside a capsule the size of a vitamin pill. It takes 50,000 color images as it passes through the digestive tract, transmitting them wirelessly to an external recorder. The capsule camera provides a non-invasive alternative to conventional endoscopy and helps diagnose conditions of the small intestine.
The document describes a capsule camera that can be swallowed to take pictures inside the digestive system. It consists of a camera, lights, transmitter and batteries inside a capsule the size of a vitamin pill. It takes 50,000 color images as it passes through the digestive tract, transmitting them wirelessly to an external recorder. The capsule camera provides a non-invasive alternative to conventional endoscopy and has applications in diagnosing various digestive conditions. Some early limitations have been addressed by newer bidirectional telemetry cameras.
Analysis of historical movie data by BHADRABhadra Gowdra
Recommendation system provides the facility to understand a person's taste and find new, desirable content for them automatically based on the pattern between their likes and rating of different items. In this paper, we have proposed a recommendation system for the large amount of data available on the web in the form of ratings, reviews, opinions, complaints, remarks, feedback, and comments about any item (product, event, individual and services) using Hadoop Framework.
I locate security for lost or misplaced devices PPTBhadra Gowdra
ILocate comes with the set of features to locate your lost or misplaced android mobile. User may find his mobile by turning off the silent mode by sending simple code as a text message to make his mobile ring.
User may also locate his device on map by requesting the mobile’s current location through sending a simple preconfigured code as text message from another trusted device to user’s mobile. In response user will get a link as a text message on a trusted device which will show user’s mobile’s current location on map.
User can choose specific numbers to receive the command from by maintaining a list called – ‘Whitelist’.
Currently there are no proper managed system which can give all the information’s easily at one place, if a person wants to know about the current event happening around him, then he have to use a pc to search related information and there are no proper website exists which provides all the information at the same place, then if he gets the event location even though he have to suffer a lot to reach that place, in the stadium after taking the seat if the person wants to eat something or order something he need to go to the food court nearby him which again need a lot of time in the searching process in the main time they may miss a lot of stuff in the show . This is what the existing unmanaged system look like.
The Fun and Food application can manage all those things in a very good and efficient way, The application is very powerful and efficient that it can locate user’s required position and track all the nearby fun and food zones currently available, if user selects any zone the app will automatically provide the minimum detail about the zone i.e., minimum cost, entry fee such kind of detail are being displayed in the app. We will get the zones on the base of location which will be a viewed in a list which contains the entire fun and food zones at that particular location.
Worldranking universities final documentationBhadra Gowdra
With the upcoming data deluge of semantic data, the fast growth of ontology bases has brought significant challenges in performing efficient and scalable reasoning. Traditional centralized reasoning methods are not sufficient to process large ontologies. Distributed searching methods are thus required to improve the scalability and performance of inferences. This paper proposes an incremental and distributed inference method for large-scale ontologies by using Map reduce, which realizes high-performance reasoning and runtime searching, especially for incremental knowledge base. By constructing transfer inference forest and effective assertion triples, the storage is largely reduced and the search process is simplified and accelerated. We propose an incremental and distributed inference method (IDIM) for large-scale RDF datasets via Map reduce. The choice of Map reduce is motivated by the fact that it can limit data exchange and alleviate load balancing problems by dynamically scheduling jobs on computing nodes. In order to store the incremental RDF triples more efficiently, we present two novel concepts, i.e., transfer inference forest (TIF) and effective assertion triples (EAT). Their use can largely reduce the storage and simplify the reasoning process. Based on TIF/EAT, we need not compute and store RDF closure, and the reasoning time so significantly decreases that a user’s online query can be answered timely, which is more efficient than existing methods to our best knowledge. More importantly, the update of TIF/EAT needs only minimum computation since the relationship between new triples and existing ones is fully used, which is not found in the existing literature. In order to store the incremental RDF triples more efficiently, we present two novel concepts, transfer inference forest and effective assertion triples. Their use can largely reduce the storage and simplify the searching process.
plant disease recognition method is proposed based on plant images abstractBhadra Gowdra
This document proposes a mobile application using image recognition techniques to help farmers identify diseases affecting their crops. The app would allow farmers to take pictures of diseased plants or plant parts and receive an identification of the disease along with recommended treatments. The goal is to help farmers diagnose issues early when damage can be minimized, even if they lack knowledge of plant diseases. It estimates the cost to create such an app at 35,000 INR and lists the three team members who would develop it.
This document provides an overview of brain-computer interfaces (BCI). It discusses the human brain and electroencephalography. It describes two approaches to BCI - pattern recognition based on mental tasks and operant conditioning based on self-regulation of EEG signals. The document outlines the hardware, software, and basic working process of BCI systems. It also covers feedback types, drawbacks, innovators in the field, and applications of BCI technologies. The conclusion evaluates experiments with an adaptive brain interface system.
The document summarizes a technical seminar on brain-computer interfaces (BCI). It begins with certificates of completion and declarations. It then discusses the different types of BCIs, including invasive BCIs implanted in the brain, partially-invasive BCIs implanted in the skull, and non-invasive EEG-based BCIs. The document outlines how BCI works, involving signal acquisition, preprocessing, classification, and using the signals to control external devices. Limitations and applications are discussed, along with the present and future of BCI technology. The seminar provides an overview of BCI systems and their potential to enhance human-computer interaction.
This document appears to be a technical seminar report submitted by a student named N.DEEKSHITH for their bachelor's degree in computer science engineering. The report discusses mobile jammers and was conducted under the guidance of an associate professor named Mr. P.DAYAKAR at MLR Institute of Technology in Hyderabad, India. The report includes an abstract, introduction, working of mobile jammers, advantages and disadvantages.
G.bhadra is pursuing a B.Tech degree from MLR Institute of Technology in Hyderabad. He has received prizes for sports, quizzes and science projects in school. In college, he has received certificates for programming in C and Java. He is interested in working in an organization where he can enhance his knowledge and take on challenges. His hobbies include browsing the internet, playing cricket, listening to music, travelling and video gaming.
Right now, in most of the countries, inside the people ’s wallet, they probably have a the
couple of credit cards, an identification card, automatic machine teller cards (ATM card), and maybe a few other plastic cards. Without realizing it, these plastic cards havebecome a very important part of their life. Although smart card technology improves security and convenient but it is not used in a wide range in Middle East countries.
User acceptance is vital for further development of any fresh technology and smart card technology as well. One of the factors that can effect on the acceptance of smart card technology is users’ awareness. The goal of this study is to present a general overview of smart card technology and identify the smart card’s benefits, features and characteristics and moreover, the level of users’ knowledge and awareness about smart card technology will be evaluated. In order to achieve this goal, a survey was conducted among the international students of University Technology Malaysia to measure their awareness of smart technology
5G wireless technology and internet of thingsBhadra Gowdra
The document discusses the evolution of wireless technologies from 1G to 5G. It describes the key concepts, architecture, hardware, software and features of 5G. 5G is expected to offer speeds up to 1 Gbps, be more reliable than 4G, and have lower costs than previous generations. It will allow for real wireless connectivity without limitations and support applications like wearable devices, virtual reality, and the Internet of Things.
5th generation mobile networks or 5th generation wireless systems, abbreviated 5G, are the proposed next telecommunications standards beyond the current 4G/IMT-Advanced standards.
An initial chip design by Qualcomm in October 2016, the Snapdragon X50 5G modem, supports operations in the 28 GHz band, also known as millimetre wave (mmW) spectrum. With 800 MHz bandwidth support, it is designed to support peak download speeds of up to 35.46 gigabits per second.
5G planning aims at higher capacity than current 4G, allowing a higher density of mobile broadband users, and supporting device-to-device, ultra reliable, and massive machine communications.
5G research and development also aims at lower latency than 4G equipment and lower battery consumption, for better implementation of the Internet of things
INTERNET OF THINGS
. The Internet of Things (IoT) is a system of interrelated computing devices, mechanical and digital machines, objects, animals or people that are provided with unique identifiers and the ability to transfer data over a network without requiring human-to-human or human-to-computer interaction
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TEST BANK For Brunner and Suddarth's Textbook of Medical-Surgical Nursing, 14...Donc Test
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Breast cancer :Receptor (ER/PR/HER2 NEU) Discordance.pptxDr. Sumit KUMAR
Receptor Discordance in Breast Carcinoma During the Course of Life
Definition:
Receptor discordance refers to changes in the status of hormone receptors (estrogen receptor ERα, progesterone receptor PgR, and HER2) in breast cancer tumors over time or between primary and metastatic sites.
Causes:
Tumor Evolution:
Genetic and epigenetic changes during tumor progression can lead to alterations in receptor status.
Treatment Effects:
Therapies, especially endocrine and targeted therapies, can selectively pressure tumor cells, causing shifts in receptor expression.
Heterogeneity:
Inherent heterogeneity within the tumor can result in subpopulations of cells with different receptor statuses.
Impact on Treatment:
Therapeutic Resistance:
Loss of ERα or PgR can lead to resistance to endocrine therapies.
HER2 discordance affects the efficacy of HER2-targeted treatments.
Treatment Adjustment:
Regular reassessment of receptor status may be necessary to adjust treatment strategies appropriately.
Clinical Implications:
Prognosis:
Receptor discordance is often associated with a poorer prognosis.
Biopsies:
Obtaining biopsies from metastatic sites is crucial for accurate receptor status assessment and effective treatment planning.
Monitoring:
Continuous monitoring of receptor status throughout the disease course can guide personalized therapy adjustments.
Understanding and managing receptor discordance is essential for optimizing treatment outcomes and improving the prognosis for breast cancer patients.
congenital GI disorders are very dangerous to child. it is also a leading cause for death of the child.
this congenital GI disorders includes cleft lip, cleft palate, hirchsprung's disease etc.
2. contents
• Abstract
• Specifications & Features
• Procedure
• Inside Capsule Camera
• Working
• Uses
• Advantages
• Disadvantages
• Future Scope
• Conclusion
3. ABSTRACT
Imagine a vitamin pill-sized camera that could
travel through your body taking pictures,
helping diagnose a problem which doctor
previously would have found only through
surgery.
Pill Camera was invented by Gavriel Iddan in the
year 2000 and it was approved by U.S.Food And
Drug Administration in 2001.
5. Capsule is swallowed by the patient like
a conventional pill.
It takes images as it is propelled
forward by peristalsis.
A wireless recorder, worn on a belt,
receives the images transmitted by the
pill.
A computer workstation processes the
data and produces a short video clip or
still images.
PROCEDURE
7. OPTICAL DOME
LENS HOLDER
LENS ILLUMINATING LED’S CMOS IMAGE SENSOR BATTERY
ASIC
TRANSMITTER
ANTENNA
5 7
Inside a Capsule Camera
8. Pill camera is also called as Capsule
Endoscopy.
The capsule contains a
camera, an LED light, a battery
and a built-in antenna.The
antenna transmits the images to
a
small recording unit that the
patient wears on their waist
during the study.
9. Crohn's Disease.
Malabsorption Disorders.
Tumors of the small intestine & Vascular
Disorders.
Ulcerative Colitis
Medication Related To Small Bowel Injury.
USES
10. Advantages
Painless, no side affects or complications.
Accurate and effective.
Images taken are of very high quality.
Made of bio-compatible material, doesn’t cause any
harm to the body.
small size.
Simple procedure.
11. DISADVANTAGES
.
Patients with narrowing are not good candidates for
this procedure due to the risk of obstruction.
Impossible to control Camera behavior.
Very expensive.
Not reusable
13. Conclusion
Pill Camera has a Bright future which will help the
doctor to diagnose the stomach related diseases more
easily.
But some steps need to be taken to overcome the
drawbacks.
14. REFERENCES
[1] Biomedical Circuits and Systems Conference, 2009. BioCAS 2009. IEEE.
[2] Medical Imaging, IEEE Transactions on Dec. 2008.
[3] Sidhu, Reena, etal. " Gastrointestinal capsule endoscopy: from tertiary
centers to primary care". BMJ, March 4 2006. 332:528-531.
doi:10.1136/bmj.332.7540.528.
[4] "Capsule Endoscopy in Gastroenterology". Mayo Clinic. Accessed October
5 2007