This paper presents comparison study among three
of the most famous Business Process Management
Systems, Bizagi, ProcessMaker, and Joget. Bizagi is
close source, while ProcessMaker and Joget are open
source. The comparison framework has been devel-
oped based on the most features that needed to be in-
teracted when developing work
ow system. Simple
business process has been used as case study that de-
scribes the online application for master applicants
at modern Arab university. Systems have been devel-
oped using those tools. After that the comparison was
done according to the framework. Finally the results
are pointing according the given measurement.
According to our framework and selected features the
study found that the Bizagi has the best performance
and the second is ProcessMaker. However, this by no
means is a complete comparison.
In business process modelling Bizagi outperforms the
other tools. However in form aspects ProcessMaker
and Joget outperform Bizagi.
This thesis compares the workflow management systems BizAgi and Joget. It develops a framework to determine the more suitable system for a given project based on features like process modeling, monitoring, engine, and business activity monitoring. A case study of an online application process at Sudan University of Science and Technology is implemented in both tools. BizAgi is found to have stronger performance in most criteria based on a scoring system. While both tools excel at process modeling, BizAgi receives higher marks for its superior monitoring, business activity monitoring, and process engine capabilities.
This paper presents comparison study among three
of the most famous Business Process Management
Systems, Bizagi, ProcessMaker, and Joget. Bizagi is
close source, while ProcessMaker and Joget are open
source. The comparison framework has been devel-
oped based on the most features that needed to be in-
teracted when developing work
ow system. Simple
business process has been used as case study that de-
scribes the online application for master applicants
at modern Arab university. Systems have been devel-
oped using those tools. After that the comparison was
done according to the framework. Finally the results
are pointing according the given measurement.
According to our framework and selected features the
study found that the Bizagi has the best performance
and the second is ProcessMaker. However, this by no
means is a complete comparison.
In business process modelling Bizagi outperforms the
other tools. However in form aspects ProcessMaker
and Joget outperform Bizagi.
Unit 2 analysis and software requirementsAzhar Shaik
The document discusses software requirements and requirements analysis. It introduces the concepts of user and system requirements and describes functional and non-functional requirements. It explains how requirements can be organized in a requirements specification document. The document outlines various topics related to requirements including problem analysis techniques, requirement specification, the components and format of a Software Requirements Specification, characteristics of a good SRS, validation methods, and the differences between functional and non-functional requirements.
Testing and Rolling Out Enterprise ApplicationsGem WeBlog
The document discusses various aspects of testing and rolling out enterprise applications. It describes different types of testing like functional testing, non-functional testing, white box testing, black box testing and gray box testing. It also discusses different testing levels from unit testing to acceptance testing and production testing. The document then covers testing approaches, environments, performance testing and security testing in detail. Finally, it provides an overview of user acceptance testing and strategies for rolling out enterprise applications.
This document is a project report for a Multiplex Management System submitted by Savita Kumari in fulfillment of the requirements for a Master of Computer Applications degree. It describes the development of a software system to reduce the workload of multiplex owners by allowing online booking and management of movies, screens, employees and more. The report includes declarations, acknowledgements, an abstract, tables of contents, figures and tables. It follows a standard SDLC process of requirements analysis, design, implementation, testing and maintenance.
This document provides an overview of software design concepts including:
1. Software design is more creative than analysis and deals with how a system will be implemented. A good design is key to a successful product.
2. Design characteristics like correctness, understandability, efficiency and maintainability are important. High cohesion and low coupling lead to better designs.
3. Conceptual design defines how the system will work at a high level while technical design provides low-level implementation details like hardware and software needs.
Medical Store Management System Software Engineering Projecthani2253
This document provides an overview of a medical store management system project. It describes the project title, objectives, features, scope, and deliverables. The project aims to automate the inventory, accounting, and customer management processes of a medical store to ease the workload. It will use a waterfall model and be developed in Java. Key features will include product, customer, sales, and payment management. The document outlines requirements, design, and implementation plans including user stories, data flow diagrams, and a work breakdown structure.
STATISTICAL ANALYSIS FOR PERFORMANCE COMPARISONijseajournal
Performance responsiveness and scalability is a make-or-break quality for software. Nearly everyone runs into performance problems at one time or another. This paper discusses about performance issues faced during Pre Examination Process Automation System (PEPAS) implemented in java technology. The challenges faced during the life cycle of the project and the mitigation actions performed. It compares 3 java technologies and shows how improvements are made through statistical analysis in response time of the application. The paper concludes with result analysis.
This thesis compares the workflow management systems BizAgi and Joget. It develops a framework to determine the more suitable system for a given project based on features like process modeling, monitoring, engine, and business activity monitoring. A case study of an online application process at Sudan University of Science and Technology is implemented in both tools. BizAgi is found to have stronger performance in most criteria based on a scoring system. While both tools excel at process modeling, BizAgi receives higher marks for its superior monitoring, business activity monitoring, and process engine capabilities.
This paper presents comparison study among three
of the most famous Business Process Management
Systems, Bizagi, ProcessMaker, and Joget. Bizagi is
close source, while ProcessMaker and Joget are open
source. The comparison framework has been devel-
oped based on the most features that needed to be in-
teracted when developing work
ow system. Simple
business process has been used as case study that de-
scribes the online application for master applicants
at modern Arab university. Systems have been devel-
oped using those tools. After that the comparison was
done according to the framework. Finally the results
are pointing according the given measurement.
According to our framework and selected features the
study found that the Bizagi has the best performance
and the second is ProcessMaker. However, this by no
means is a complete comparison.
In business process modelling Bizagi outperforms the
other tools. However in form aspects ProcessMaker
and Joget outperform Bizagi.
Unit 2 analysis and software requirementsAzhar Shaik
The document discusses software requirements and requirements analysis. It introduces the concepts of user and system requirements and describes functional and non-functional requirements. It explains how requirements can be organized in a requirements specification document. The document outlines various topics related to requirements including problem analysis techniques, requirement specification, the components and format of a Software Requirements Specification, characteristics of a good SRS, validation methods, and the differences between functional and non-functional requirements.
Testing and Rolling Out Enterprise ApplicationsGem WeBlog
The document discusses various aspects of testing and rolling out enterprise applications. It describes different types of testing like functional testing, non-functional testing, white box testing, black box testing and gray box testing. It also discusses different testing levels from unit testing to acceptance testing and production testing. The document then covers testing approaches, environments, performance testing and security testing in detail. Finally, it provides an overview of user acceptance testing and strategies for rolling out enterprise applications.
This document is a project report for a Multiplex Management System submitted by Savita Kumari in fulfillment of the requirements for a Master of Computer Applications degree. It describes the development of a software system to reduce the workload of multiplex owners by allowing online booking and management of movies, screens, employees and more. The report includes declarations, acknowledgements, an abstract, tables of contents, figures and tables. It follows a standard SDLC process of requirements analysis, design, implementation, testing and maintenance.
This document provides an overview of software design concepts including:
1. Software design is more creative than analysis and deals with how a system will be implemented. A good design is key to a successful product.
2. Design characteristics like correctness, understandability, efficiency and maintainability are important. High cohesion and low coupling lead to better designs.
3. Conceptual design defines how the system will work at a high level while technical design provides low-level implementation details like hardware and software needs.
Medical Store Management System Software Engineering Projecthani2253
This document provides an overview of a medical store management system project. It describes the project title, objectives, features, scope, and deliverables. The project aims to automate the inventory, accounting, and customer management processes of a medical store to ease the workload. It will use a waterfall model and be developed in Java. Key features will include product, customer, sales, and payment management. The document outlines requirements, design, and implementation plans including user stories, data flow diagrams, and a work breakdown structure.
STATISTICAL ANALYSIS FOR PERFORMANCE COMPARISONijseajournal
Performance responsiveness and scalability is a make-or-break quality for software. Nearly everyone runs into performance problems at one time or another. This paper discusses about performance issues faced during Pre Examination Process Automation System (PEPAS) implemented in java technology. The challenges faced during the life cycle of the project and the mitigation actions performed. It compares 3 java technologies and shows how improvements are made through statistical analysis in response time of the application. The paper concludes with result analysis.
The document summarizes the phases of the software development life cycle (SDLC) and provides details about system requirement specification for an army management system project. It describes the typical phases in SDLC models such as waterfall, spiral, agile etc. It then covers the specific phases in more detail - preliminary analysis, system analysis, design, development, integration and testing, acceptance and deployment, maintenance. Lastly, it discusses system requirement specification, including UML notations, diagrams to be used and provides a brief overview of class diagrams.
This document provides a summary of the key aspects of the project report, including:
1. It outlines the purpose, scope, and functional requirements of the software project.
2. It describes the input and output design considerations, including input/output types, formats, and media.
3. It covers the software and hardware specifications required to develop and run the system.
STRUCTURAL VALIDATION OF SOFTWARE PRODUCT LINE VARIANTS: A GRAPH TRANSFORMATI...IJSEA
This document discusses an approach to structurally validating software product line variants using graph transformations. The authors propose using model transformations to automatically validate products according to dependencies defined in the feature diagram. They introduce necessary meta-models and present graph grammars to perform validation using the AToM3 tool. The approach is illustrated through examples.
THE UNIFIED APPROACH FOR ORGANIZATIONAL NETWORK VULNERABILITY ASSESSMENTijseajournal
The present business network infrastructure is quickly varying with latest servers, services, connections,
and ports added often, at times day by day, and with a uncontrollably inflow of laptops, storage media and
wireless networks. With the increasing amount of vulnerabilities and exploits coupled with the recurrent
evolution of IT infrastructure, organizations at present require more numerous vulnerability assessments.
In this paper new approach the Unified process for Network vulnerability Assessments hereafter called as
a unified NVA is proposed for network vulnerability assessment derived from Unified Software
Development Process or Unified Process, it is a popular iterative and incremental software development
process framework.
The document contains details about the development of a bug tracking system as part of an industrial training program. It includes diagrams of the system architecture at different levels of abstraction, an entity relationship diagram, and descriptions of features, technologies used, and the development process. The training focused on analyzing requirements, designing data models and interfaces, implementing functionality, and testing the system to track bugs and monitor their resolution.
Project on multiplex ticket bookingn system globsyn2014Md Imran
This document appears to be a project report for a movie ticket booking system developed using ASP.Net. It includes sections like acknowledgements, objectives, feasibility analysis, system requirements, database design, tables used, data flow diagrams, screenshots of the system, code snippets and references. The system allows users to book movie tickets, and has functionality for admins to add movies, theaters and manage the system. Group members who worked on the project are also listed.
The document discusses systems analysis and design and the software development life cycle (SDLC). It defines key terms like system, analysis, and design. It then describes the various phases of the SDLC in detail, including definition, development, and maintenance phases. It also discusses different SDLC methodologies like waterfall, spiral, incremental, and agile models. Finally, it explains the V-model for testing in the SDLC and mapping testing phases to development phases.
The document describes the requirement engineering process. It involves conducting a feasibility study, eliciting and analyzing requirements, modeling the system, specifying user and system requirements, and validating requirements. This leads to the creation of a software requirements specification document. Key activities include gathering requirements through stakeholder interviews, modeling system data, functions, and behaviors, and documenting all requirements and models.
The document discusses several software process models including the waterfall model, incremental model, and reusable software. It provides details on the phases and activities of the waterfall model including requirements, design, implementation, testing, and maintenance. It also describes the incremental model as combining elements of the waterfall model in an iterative fashion. Finally, it covers reusable software and notes advantages such as reduced costs and risks but also disadvantages like potential loss of control.
The document discusses the process of constructing enterprise applications. It involves translating the design into code components through various activities like achieving construction readiness, constructing solution layers, code review, testing, and creating deployable packages. Construction readiness includes defining a construction plan, package structure, configuration management plan, and development environment. Solution layers include infrastructure, presentation, business, data access, and integration components. Code review and static/dynamic analysis help ensure quality. The overall process aims to fulfill requirements through proper architecture, techniques, and tools.
8 Characteristics of good user requirementsguest24d72f
The 8 characteristics of good user requirements are:
1. Verifiable - able to be tested through inspection, analysis, or demonstration.
2. Clear and concise - no more than 30-50 words and unambiguous.
3. Complete - contains all needed information without ambiguity.
4. Consistent - does not conflict with other requirements.
5. Traceable - has a unique identity that can be traced through development.
6. Viable - can be achieved within constraints of technology, budget and schedule.
7. Necessary - critical for meeting system objectives.
8. Free of implementation details - defines what functions without specifying how.
The document appears to be a lab manual for an Object Oriented Analysis and Design course. It includes instructions for 12 experiments using Rational Rose software to model various systems. The first experiment is on introducing Rational Rose and modeling an ATM system. The manual provides the aim, infrastructure requirements, modular description, and UML diagrams for the ATM system experiment. It also shows the results and concludes the ATM system design was implemented efficiently.
PROPERTIES OF A FEATURE IN CODE-ASSETS: AN EXPLORATORY STUDYijseajournal
Software product line engineering is a paradigm for developing a family of software products from a
repository of reusable assets rather than developing each individual product from scratch. In featureoriented software product line engineering, the common and the variable characteristics of the products
are expressed in terms of features. Using software product line engineering approach, software products
are produced en masse by means of two engineering phases: (i) Domain Engineering and, (ii) Application
Engineering. At the domain engineering phase, reusable assets are developed with variation points where
variant features may be bound for each of the diverse products. At the application engineering phase,
individual and customized products are developed from the reusable assets. Ideally, the reusable assets
should be adaptable with less effort to support additional variations (features) that were not planned
beforehand in order to increase the usage context of SPL as a result of expanding markets or when a new
usage context of software product line emerges. This paper presents an exploration research to investigate
the properties of features, in the code-asset implemented using Object-Oriented Programming Style. In the
exploration, we observed that program elements of disparate features formed unions as well as
intersections that may affect modifiability of the code-assets. The implication of this research to practice is
that an unstable product line and with the tendency of emerging variations should aim for techniques that
limit the number of intersections between program elements of different features. Similarly, the implication
of the observation to research is that there should be subsequent investigations using multiple case studies
in different software domains and programming styles to improve the understanding of the findings.
The document discusses requirements analysis and specifications. It provides examples of different types of requirements like functional, non-functional, user, and system requirements. It also describes various requirement elicitation techniques like interviews, brainstorming sessions, FAST, quality function deployment, and use case approach. Context and data flow diagrams are discussed as models for representing requirements. Data dictionaries are described as repositories for defining data items. Finally, entity-relationship modeling is introduced as a way to visually represent entities, attributes, and relationships in a database.
SOFTWARE REQUIREMENT CHANGE EFFORT ESTIMATION MODEL PROTOTYPE TOOL FOR SOFTWA...ijseajournal
In software development phase software artifacts are not in consistent states such as: some of the class artifacts are fully developed some are half developed, some are major developed, some are minor developed and some are not developed yet. At this stage allowing too many software requirement changes may possibly delay in project delivery and increase development budget of the software. On the other hand rejecting too many changes may increase customer dissatisfaction. Software change effort estimation is one of the most challenging and important activity that helps software project managers in accepting or rejecting changes during software development phase. This paper extends our previous works on developing a software requirement change effort estimation model prototype tool for the software development phase. The significant achievements of the tool are demonstrated through an extensive experimental validation using several case studies. The experimental analysis shows improvement in the estimation accuracy over current change effort estimation models.
Software (requirement) analysis using umlDhiraj Shetty
The document discusses software requirement analysis for a hotel management system using UML. It describes creating requirement artifacts like use case models, class diagrams, sequence diagrams and activity diagrams. The use case model identifies key actors and elaborates use case scenarios for room reservation, room service, telephone service and billing. The document prioritizes top use cases and provides detailed use case specifications for making a reservation, corporate reservation and group reservation.
1. CATEGORIES OF TEST DESIGN TECHNIQUES
Recall reasons that both specification-based (black-box) and structure-based (white-box) approaches to test case design are useful, and list the common techniques for each. (K1)
1. Requirements analysis identifies customer needs, evaluates feasibility, and establishes system definitions and specifications. It bridges the gap between requirements engineering and system design.
2. Requirements analysis has several phases including problem recognition, evaluation and synthesis of possible solutions, help modeling, and writing definitions and specifications. It also considers management questions around effort, roles, challenges, and costs.
3. Requirements analysis determines functional requirements describing system behavior and inputs/outputs, as well as non-functional requirements around performance, interfaces, and user factors. It also validates that requirements are correct, consistent, complete, and testable.
This document describes a summer industrial training project to develop an online SQL forum. It includes sections on functional and system requirements, hardware and software specifications, data modeling diagrams, use cases, screen shots, testing approaches, future enhancements, and references. A group of students developed the online application to allow users to ask and answer SQL questions, with an admin able to moderate content.
UNIQUE STUDENT IDENTITY AND STUDENT PLACEMENT SYSTEMIRJET Journal
This document proposes a student identity and placement system to help manage campus recruitment. It discusses how the current manual system has limitations. The proposed system would allow students and coordinators to access placement information online. It would store student profiles and allow companies to view resumes. The system would use AES encryption and require login credentials. It would display upcoming placements and interview results. The goals are to enhance the placement process and help more students find employment opportunities.
The document summarizes the phases of the software development life cycle (SDLC) and provides details about system requirement specification for an army management system project. It describes the typical phases in SDLC models such as waterfall, spiral, agile etc. It then covers the specific phases in more detail - preliminary analysis, system analysis, design, development, integration and testing, acceptance and deployment, maintenance. Lastly, it discusses system requirement specification, including UML notations, diagrams to be used and provides a brief overview of class diagrams.
This document provides a summary of the key aspects of the project report, including:
1. It outlines the purpose, scope, and functional requirements of the software project.
2. It describes the input and output design considerations, including input/output types, formats, and media.
3. It covers the software and hardware specifications required to develop and run the system.
STRUCTURAL VALIDATION OF SOFTWARE PRODUCT LINE VARIANTS: A GRAPH TRANSFORMATI...IJSEA
This document discusses an approach to structurally validating software product line variants using graph transformations. The authors propose using model transformations to automatically validate products according to dependencies defined in the feature diagram. They introduce necessary meta-models and present graph grammars to perform validation using the AToM3 tool. The approach is illustrated through examples.
THE UNIFIED APPROACH FOR ORGANIZATIONAL NETWORK VULNERABILITY ASSESSMENTijseajournal
The present business network infrastructure is quickly varying with latest servers, services, connections,
and ports added often, at times day by day, and with a uncontrollably inflow of laptops, storage media and
wireless networks. With the increasing amount of vulnerabilities and exploits coupled with the recurrent
evolution of IT infrastructure, organizations at present require more numerous vulnerability assessments.
In this paper new approach the Unified process for Network vulnerability Assessments hereafter called as
a unified NVA is proposed for network vulnerability assessment derived from Unified Software
Development Process or Unified Process, it is a popular iterative and incremental software development
process framework.
The document contains details about the development of a bug tracking system as part of an industrial training program. It includes diagrams of the system architecture at different levels of abstraction, an entity relationship diagram, and descriptions of features, technologies used, and the development process. The training focused on analyzing requirements, designing data models and interfaces, implementing functionality, and testing the system to track bugs and monitor their resolution.
Project on multiplex ticket bookingn system globsyn2014Md Imran
This document appears to be a project report for a movie ticket booking system developed using ASP.Net. It includes sections like acknowledgements, objectives, feasibility analysis, system requirements, database design, tables used, data flow diagrams, screenshots of the system, code snippets and references. The system allows users to book movie tickets, and has functionality for admins to add movies, theaters and manage the system. Group members who worked on the project are also listed.
The document discusses systems analysis and design and the software development life cycle (SDLC). It defines key terms like system, analysis, and design. It then describes the various phases of the SDLC in detail, including definition, development, and maintenance phases. It also discusses different SDLC methodologies like waterfall, spiral, incremental, and agile models. Finally, it explains the V-model for testing in the SDLC and mapping testing phases to development phases.
The document describes the requirement engineering process. It involves conducting a feasibility study, eliciting and analyzing requirements, modeling the system, specifying user and system requirements, and validating requirements. This leads to the creation of a software requirements specification document. Key activities include gathering requirements through stakeholder interviews, modeling system data, functions, and behaviors, and documenting all requirements and models.
The document discusses several software process models including the waterfall model, incremental model, and reusable software. It provides details on the phases and activities of the waterfall model including requirements, design, implementation, testing, and maintenance. It also describes the incremental model as combining elements of the waterfall model in an iterative fashion. Finally, it covers reusable software and notes advantages such as reduced costs and risks but also disadvantages like potential loss of control.
The document discusses the process of constructing enterprise applications. It involves translating the design into code components through various activities like achieving construction readiness, constructing solution layers, code review, testing, and creating deployable packages. Construction readiness includes defining a construction plan, package structure, configuration management plan, and development environment. Solution layers include infrastructure, presentation, business, data access, and integration components. Code review and static/dynamic analysis help ensure quality. The overall process aims to fulfill requirements through proper architecture, techniques, and tools.
8 Characteristics of good user requirementsguest24d72f
The 8 characteristics of good user requirements are:
1. Verifiable - able to be tested through inspection, analysis, or demonstration.
2. Clear and concise - no more than 30-50 words and unambiguous.
3. Complete - contains all needed information without ambiguity.
4. Consistent - does not conflict with other requirements.
5. Traceable - has a unique identity that can be traced through development.
6. Viable - can be achieved within constraints of technology, budget and schedule.
7. Necessary - critical for meeting system objectives.
8. Free of implementation details - defines what functions without specifying how.
The document appears to be a lab manual for an Object Oriented Analysis and Design course. It includes instructions for 12 experiments using Rational Rose software to model various systems. The first experiment is on introducing Rational Rose and modeling an ATM system. The manual provides the aim, infrastructure requirements, modular description, and UML diagrams for the ATM system experiment. It also shows the results and concludes the ATM system design was implemented efficiently.
PROPERTIES OF A FEATURE IN CODE-ASSETS: AN EXPLORATORY STUDYijseajournal
Software product line engineering is a paradigm for developing a family of software products from a
repository of reusable assets rather than developing each individual product from scratch. In featureoriented software product line engineering, the common and the variable characteristics of the products
are expressed in terms of features. Using software product line engineering approach, software products
are produced en masse by means of two engineering phases: (i) Domain Engineering and, (ii) Application
Engineering. At the domain engineering phase, reusable assets are developed with variation points where
variant features may be bound for each of the diverse products. At the application engineering phase,
individual and customized products are developed from the reusable assets. Ideally, the reusable assets
should be adaptable with less effort to support additional variations (features) that were not planned
beforehand in order to increase the usage context of SPL as a result of expanding markets or when a new
usage context of software product line emerges. This paper presents an exploration research to investigate
the properties of features, in the code-asset implemented using Object-Oriented Programming Style. In the
exploration, we observed that program elements of disparate features formed unions as well as
intersections that may affect modifiability of the code-assets. The implication of this research to practice is
that an unstable product line and with the tendency of emerging variations should aim for techniques that
limit the number of intersections between program elements of different features. Similarly, the implication
of the observation to research is that there should be subsequent investigations using multiple case studies
in different software domains and programming styles to improve the understanding of the findings.
The document discusses requirements analysis and specifications. It provides examples of different types of requirements like functional, non-functional, user, and system requirements. It also describes various requirement elicitation techniques like interviews, brainstorming sessions, FAST, quality function deployment, and use case approach. Context and data flow diagrams are discussed as models for representing requirements. Data dictionaries are described as repositories for defining data items. Finally, entity-relationship modeling is introduced as a way to visually represent entities, attributes, and relationships in a database.
SOFTWARE REQUIREMENT CHANGE EFFORT ESTIMATION MODEL PROTOTYPE TOOL FOR SOFTWA...ijseajournal
In software development phase software artifacts are not in consistent states such as: some of the class artifacts are fully developed some are half developed, some are major developed, some are minor developed and some are not developed yet. At this stage allowing too many software requirement changes may possibly delay in project delivery and increase development budget of the software. On the other hand rejecting too many changes may increase customer dissatisfaction. Software change effort estimation is one of the most challenging and important activity that helps software project managers in accepting or rejecting changes during software development phase. This paper extends our previous works on developing a software requirement change effort estimation model prototype tool for the software development phase. The significant achievements of the tool are demonstrated through an extensive experimental validation using several case studies. The experimental analysis shows improvement in the estimation accuracy over current change effort estimation models.
Software (requirement) analysis using umlDhiraj Shetty
The document discusses software requirement analysis for a hotel management system using UML. It describes creating requirement artifacts like use case models, class diagrams, sequence diagrams and activity diagrams. The use case model identifies key actors and elaborates use case scenarios for room reservation, room service, telephone service and billing. The document prioritizes top use cases and provides detailed use case specifications for making a reservation, corporate reservation and group reservation.
1. CATEGORIES OF TEST DESIGN TECHNIQUES
Recall reasons that both specification-based (black-box) and structure-based (white-box) approaches to test case design are useful, and list the common techniques for each. (K1)
1. Requirements analysis identifies customer needs, evaluates feasibility, and establishes system definitions and specifications. It bridges the gap between requirements engineering and system design.
2. Requirements analysis has several phases including problem recognition, evaluation and synthesis of possible solutions, help modeling, and writing definitions and specifications. It also considers management questions around effort, roles, challenges, and costs.
3. Requirements analysis determines functional requirements describing system behavior and inputs/outputs, as well as non-functional requirements around performance, interfaces, and user factors. It also validates that requirements are correct, consistent, complete, and testable.
This document describes a summer industrial training project to develop an online SQL forum. It includes sections on functional and system requirements, hardware and software specifications, data modeling diagrams, use cases, screen shots, testing approaches, future enhancements, and references. A group of students developed the online application to allow users to ask and answer SQL questions, with an admin able to moderate content.
UNIQUE STUDENT IDENTITY AND STUDENT PLACEMENT SYSTEMIRJET Journal
This document proposes a student identity and placement system to help manage campus recruitment. It discusses how the current manual system has limitations. The proposed system would allow students and coordinators to access placement information online. It would store student profiles and allow companies to view resumes. The system would use AES encryption and require login credentials. It would display upcoming placements and interview results. The goals are to enhance the placement process and help more students find employment opportunities.
This is chapter 5 of ISTQB Specialist Performance Tester certification. This presentation helps aspirants understand and prepare the content of the certification.
This document describes an online examination system that was developed to allow institutions to conduct and manage exams online. Some key points:
- The system allows creating, distributing, and grading exams through an online/networked environment rather than manually. This reduces delays, issues with paperwork, and difficulty searching/filtering records.
- It uses a client-server architecture with a web interface. Students can access practice and real exams online. Their responses are automatically graded and results distributed.
- The system aims to reduce workload for exam conductors by automating exam distribution, response collection, grading, and result processing. It also allows remote access for students and easy record management.
- Security, randomization of questions,
AI Golf: Golf Swing Analysis Tool for Self-TrainingIRJET Journal
This document describes a neural network-based tool for golf swing analysis called AI Golf that was developed to help users improve their swing through self-training. The tool compares a user's swing motion to that of an expert and identifies key differences using unsupervised learning. It analyzes video and 3D pose data of swings to synchronize motions and detect variations in the latent space. The tool was found to accurately identify subtle discrepancies between user and expert swings. It has the potential to provide personalized feedback to help golfers enhance various aspects of their swing. Future work may involve integrating additional sensors and technologies to provide more detailed coaching and analysis capabilities.
This project is aimed at developing an online movie ticket booking system website for customers.Online movie ticket booking system is a project developed for booking movie ticket online.This project saves lots of time and reduces the work of the customer.In online movie ticket booking system booking the movie ticket can be done from anywhere and at any time(24*7).some features provided to the users are new registration,login in,see movies by category,compare ticket price and timing,Customer can book ticket online without registration but if he/she registers then he/she will get different types of special offers,e-newsletters,movie updates and lots more The user can also cancel or update their order
The document provides an overview of a software development project for a time tracking and attendance system. It includes acknowledgments, company profile, requirements analysis, UML diagrams of the current and proposed systems, decisions around the development process and database, and a design overview. The development team decided to use a RAD process with UML modeling, develop the system in layers for maintainability, and use .NET technologies. A Gantt chart was created for project management.
This document is a project report for a Web School Management System created for SaifTech Solution PVT. LTD. It includes an introduction to the company profile and existing manual system. The proposed system objectives are to automate school processes like fees collection, attendance tracking, and student/staff management. The analysis and design chapter covers UML diagrams like use case diagrams, class diagrams, and sequence diagrams. Backend specifications include ER diagrams and data dictionaries for tables. Frontend specifications cover menus, inputs, and reports. Process specifications include DFDs and module specifications. Testing, limitations, and future enhancements are also discussed.
This document describes an automated placement system that aims to streamline the student placement process. Some key points:
1. The proposed system allows students to register and attend placement drives through a mobile app, making the process more efficient. Results would be displayed immediately after each round rather than waiting days or weeks.
2. The system automates recruitment tasks like conducting online assessment tests and technical interviews to reduce workload and complete the process faster.
3. Modules like Retrofit, Express.js, and Complex are discussed that would help build the system, handling tasks like network requests, building APIs, and complex number calculations.
4. A flowchart outlines the process where companies and students register, candidates attend
The document discusses developing an online auction system using technologies like ASP.NET and SQL Server to allow sellers to list products and buyers to bid on products, with modules to handle administration, sellers, buyers, bidding, and online payments. It aims to provide a more efficient platform for auctions by allowing interdependent values and information sharing between bidders.
1. ACET Sports Alert is a mobile application that aims to manage sports registration and activities in a college more efficiently compared to manual systems.
2. It allows for online registration of students, automated scheduling of matches, providing statistics and notifications to users.
3. The key technologies used are Android Studio for mobile development, Laravel as the backend framework, and XAMPP as the local development server. It has modules for admin and user login and management of games, players, matches and notifications.
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Comparison of the workflow management systems bizagi, process maker, and joget
1. Comparison of The Workflow Management
Systems Bizagi, ProcessMaker, and Joget
Mohamed Zeinelabdeen Abdelgader [1], Omer Salih Dawood [2],
Mohamed Elhafiz Mustafa Musa [3]
Lecturer & Director of Computer Centre , Bayan College of Technology , Sudan(1)
Lecturer , Computer and Information System,College of Arts and Science ,Salman Bin Abdualaziz University , KSA(2)
Associate Professor, College of computer Science and Information Technology, Sudan University of Science and Technology
, Sudan(3)
The International Arab Conference on Information Technology (ACIT’2013) 1
2. Agenda
• Introduction.
• Generations of WFMS.
• Workflow Reference Model.
• Overview of the Tools.
• Case Study.
• Comparison Framework.
• Comparison study results.
• Conclusion.
• Future Work.
2The International Arab Conference on Information Technology (ACIT’2013)
3. Introduction
• Nowadays there are tens of Workflow
Management Systems (WFMS) with different
capabilities and features.
• The first goal of this comparison study is to
find out how these systems are different.
• The second goal is about the current status of
these three WFMS.
3The International Arab Conference on Information Technology (ACIT’2013)
4. Generations of WFMS
• According to Gromann et al, there are four generations of
WFMS:
• First generation is application specific and the workflow
capabilities are expressed in particular applications like e-
mails and document management.
• The second generation the workflow capabilities are
factored out from application domains and thus workflows
are separate applications.
• Third generation has an open standard-based architecture
and can be fully integrated in 3rd party tools.
• Fourth generation the workflow management systems are
completely integrated with other middle-ware services like
e-mail, desktop management, have standardized interfaces
and interchange formats .
4The International Arab Conference on Information Technology (ACIT’2013)
5. Workflow Reference Model
• In 1995 The Workflow Management Coalition (WFMC)
was developed the Workflow reference model from the
generic workflow application structure, by identifying the
interfaces within this structure which enables products to
interoperate at a variety of levels. It consists of five
interfaces as follows :
1. The Workflow Definition Interchange(Interface 1).
2. Workflow Client Application Interface (Interface 2).
3. Invoked Applications Interface (Interface 3).
4. Interoperability (Interface 4).
5. Administration & Monitoring Interface (Interface 5).
5The International Arab Conference on Information Technology (ACIT’2013)
7. Overview of the Tools
• Bizagi is (WFMS) solution designed to
support the organizational processes and their
life cycle (model, execute, and improve) .
• ProcessMaker (WFMS) allows public and
private organizations to automate document
intensive, approval-based processes across
departments and systems.
7The International Arab Conference on Information Technology (ACIT’2013)
8. Cont..
• Joget Workflow is a workflow management
system that serves as a platform for users to
design, deploy and run workflows for their
organization's business processes.
8The International Arab Conference on Information Technology (ACIT’2013)
9. Case Study
• Three systems have been developed using
Processmaker, Bizagi, and Joget.
• The case study was chosen because it covers many
tasks, user with different privileges and business rules.
The International Arab Conference on Information Technology (ACIT’2013) 9
10. Case Study
10
BPEL BPEL20 Model
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«Lane» College«Lane» Ministry«Lane» Register
Office
«Lane»
Account
«Lane» Student
Pay
Application
Fees
Start
Fill
Application
Check
Payment
Verifying
Application
Inform
Student
Approve
Certificates
Check
certificate
approval
End
Process
Application
Receive
College
Decision
Final
Decision
Notification
End
No Yes
No
Ok
Figure(3): Business Process Modeling Notation
12. Business Process Modeling
• Process modeling is used to simulate a system using
Business Process Modeling Notation (BPMN) as shown in
figure (2).
• ProcessMaker allows piping out and rolling in processes into
.XPDL and .pm. formats.
• BizAgi piping out and rolling in the process in many
formats includes: XPDL, Visio, and export PDF, Word,
Image.
• Joget piping out and rolling in XPDL format only.
• Bizagi and ProcessMaker support the XPDL2.1, while Joget
support XPDL1.0,this causes compatibility problems.
• From the experiment the Bizagi and Joget support lane,
while the ProcessMaker does not support it.
The International Arab Conference on Information Technology (ACIT’2013) 12
13. Business Rules
• A business rule is anything that captures and implements
business policies and practices. A rule can enforce business
policy and make a decision .
• Bizagi offers a simple graphical environment which enables
business analysts to define and manage business rules and
policies.
• ProcessMaker has embedded business rules engine which
drives the logic behind the process.
• In Joget the Routes are typically nodes where decisions are
made and (based on the rules of your process), the flow of
the application maybe be altered .
The International Arab Conference on Information Technology (ACIT’2013) 13
14. User Management and Authorization
• In workflow, needs to assign each task to user or group of
users during system execution.
• An organization in Bizagi is where the user can define the
hierarchical structure: area, location, position, role, skill,
user properties, user groups , and holiday schema.
• ProcessMaker organizes system users into users, groups,
departments and roles.
• Joget in order for activities to be routed to the correct
users, participants should be mapped to the appropriate
users, group or department of users.
The International Arab Conference on Information Technology (ACIT’2013) 14
15. Form
• Users interact with the system through the form and pass it
to the next users.
• Bizagi is not rich in form field types, as some fields like
check box is absence.
• ProcessMaker is richer in form field types. The main
property you can view the form code as HTML or XML
and easily manage and edit it.
• In Joget, forms can be designed and edited using the Form
Builder tool, or using JSON (JavaScript Object Notation)
is a lightweight data-interchange format.
The International Arab Conference on Information Technology (ACIT’2013) 15
16. Database
• Bizagi Database can be managed through Bizagi or
SQL Server Management Studio Express.
• ProcessMaker and Joget do not provide facilities to
manage database (need to install apache server to
access database).
The International Arab Conference on Information Technology (ACIT’2013) 16
17. Comparison study results
Features Bizagi ProcessMaker Joget
Business Process
Modelling 3 2 2
Business Rule 1 1 1
User Management
and Authorization 2 1 1
Form 1 2 2
Database 2 1 1
Total 9 7 7
The International Arab Conference on Information Technology (ACIT’2013) 17
18. Conclusion
•This study compared three of WorkFlow
Management Systems; namely: Bizagi (academic
version), ProcessMaker (free open source
version) and Joget (community version).
•The study focused on the developing process.
• It showed that all of these systems have
satisfactory performance during development, as
it was quite easy to conduct the case study
through each tool.
The International Arab Conference on Information Technology (ACIT’2013) 18
19. Future Work
• This study is the first part of multi phase’s
comparison.
• The other parts contain: Comparing tools
internal structures, activities monitoring,
security measurement and process mining.
19The International Arab Conference on Information Technology (ACIT’2013)
2.1. The Workflow Definition Interchange (Interface 1)
It is an interchange format and API calls, which can support the exchange of process definition information over a variety of physical or electronic interchange media [5].
2.2. Workflow Client Application Interface (Interface 2)
It is used to map between worklist and engine. The workflow engine is used to enforce the workflow definition and execute workflow actions.
2.3. Invoked Applications Interface
(Interface 3)
It is intending to be applicable to application agents and applications which have been designed to be workflow enabled [5].
2.4. Interoperability (Interface 4)
Used as common interpretation of the process definition and runtime support for the interchange of various types of control information.
2.5. Administration & Monitoring Interface (Interface 5)
Shows an independent management application interacting with different workflow domains.
(a web platform that simplifies the process of developing workflow apps)
case study describes the online application for master applicants.
According to Faculty of Graduate Studies at Sudan University of Science and Technology, we defined a simple Online Application process to be implemented. The basic workflow is illustrated using the designers of the three tools .
that the student enters to the system, either by paying for the application form or filling the application form according to the program that he/she wants to take, and sends the application. The payment will be received by the accounting, to check it and send payment report to the registrar. The registrar will receive the application and process it, if the student meets the admission requirements. Then the application will be sent to the Ministry of Higher Education (MHE) to check the certificate. The registrar will be informed by MHE that the certificate is either approved or not .In case that the certificate is not approved by MHE, the registrar will inform the student that his/her application is disapproved. If the certificate is approved, the registrar will send the application to the college. Then the college will consider the application in order to decide whether the application is consonant with terms of concerned program. The college will inform the registrar with its decision about the application. At long last, the registrar will inform the student that his/her application is approved.
The framework consists of five levels: business process, business rule, user management and authorization, form and database.
The tool get score in order to:
If the tools have got the same performance for a given feature they will have obtained one point for all.
The tool gets zero when it does not support a given feature.
The tool gets two points when it supports the feature that not supported by other tools.
In other words Bizagi rolling in the XPDL piping out ProcessMaker, and ProcessMaker rolling in XPDL piping out Bizagi but the Joget XPDL not rolling in other two tools, and the XPDL of other two tools not rolling in Joget.
If the tools have got the same performance for a given feature they will have obtained one point for all. The tool gets zero when it does not support a given feature. The tool gets two points when it supports the feature that not supported by other tools.
However, this by no means is a complete comparison. In business process modelling Bizagi outperforms the other tools. However in form aspects ProcessMaker and Joget outperform Bizagi.