This document is a technical report on the Open Source Plagiarism Tester project submitted in partial fulfillment of an industrial project course. It discusses various aspects of open source software including defining OSS, advantages and disadvantages, support, licensing structures, standards, computer and information security threats, and countermeasures. The conclusion is that OSS is software with freely available source code that can be modified and improved by programmers to share with others.
This technical research report discusses open source software. It defines open source software and discusses its advantages and disadvantages. It also covers open source software licensing structures, support options for open source software, and defines computer and information security. The report was submitted by a student in partial fulfillment of requirements for an information technology course.
The document provides an overview of the Android operating system. It discusses how Android was created by the Open Handset Alliance to address the problem of fragmentation in the mobile operating system market. It describes the architecture of Android, which is based on an open source model and allows developers to easily create applications. The document also notes that Android has seen significant growth in India in recent years.
The document summarizes a debate on open source versus proprietary software. It discusses definitions of open source software, popular open source licenses, and advantages of open source such as customizability, security, and lower costs. Open source is gaining adoption in government and enterprise due to benefits like avoiding vendor lock-in, lower costs, and higher quality from community contributions. Surveys find increasing enterprise adoption rates, with over 50% of new software to be open source in the next 5 years. Microsoft is also increasingly supporting open source.
Open source is a program in which the source code is available to the general public for use and/or modification from its original design free of cost.
Open source software are the once whose licenses are not restrictive and if gives us the freedom to use the program for any purpose, modify it and distribute it for further use without having to pay for it.
This session will present the 2 new projects initiated by HP around Open Source Governance:
● FOSSBazaar is a community Web site gathering all type of information around Open Source Governance (Policy examples, Workflow models, White Papers, Blogs of experts, References to related projects, ...)
● FOSSology is a tool helping in the evaluation of Open Source licenses really used in projects by doing code analysis, and pattern matching searches in it and reporting what had been found. A video of the Fossology Project Lead, Bob Gobeille, will be made extra for the fOSSa event.
Dear students get fully solved assignments
Send your semester & Specialization name to our mail id :
“ help.mbaassignments@gmail.com ”
or
Call us at : 08263069601
(Prefer mailing. Call in emergency )
This technical research report discusses open source software. It defines open source software and discusses its advantages and disadvantages. It also covers open source software licensing structures, support options for open source software, and defines computer and information security. The report was submitted by a student in partial fulfillment of requirements for an information technology course.
The document provides an overview of the Android operating system. It discusses how Android was created by the Open Handset Alliance to address the problem of fragmentation in the mobile operating system market. It describes the architecture of Android, which is based on an open source model and allows developers to easily create applications. The document also notes that Android has seen significant growth in India in recent years.
The document summarizes a debate on open source versus proprietary software. It discusses definitions of open source software, popular open source licenses, and advantages of open source such as customizability, security, and lower costs. Open source is gaining adoption in government and enterprise due to benefits like avoiding vendor lock-in, lower costs, and higher quality from community contributions. Surveys find increasing enterprise adoption rates, with over 50% of new software to be open source in the next 5 years. Microsoft is also increasingly supporting open source.
Open source is a program in which the source code is available to the general public for use and/or modification from its original design free of cost.
Open source software are the once whose licenses are not restrictive and if gives us the freedom to use the program for any purpose, modify it and distribute it for further use without having to pay for it.
This session will present the 2 new projects initiated by HP around Open Source Governance:
● FOSSBazaar is a community Web site gathering all type of information around Open Source Governance (Policy examples, Workflow models, White Papers, Blogs of experts, References to related projects, ...)
● FOSSology is a tool helping in the evaluation of Open Source licenses really used in projects by doing code analysis, and pattern matching searches in it and reporting what had been found. A video of the Fossology Project Lead, Bob Gobeille, will be made extra for the fOSSa event.
Dear students get fully solved assignments
Send your semester & Specialization name to our mail id :
“ help.mbaassignments@gmail.com ”
or
Call us at : 08263069601
(Prefer mailing. Call in emergency )
The document discusses open source software, including its growing adoption and various business models. It covers open source licenses and their different levels of permissiveness. Some key points include:
- By 2011, 80% of commercial software will contain open source code according to a Gartner study.
- There are over 300,000 open source projects on SourceForge alone.
- Major companies like IBM, Apple, and Microsoft contribute to and use open source software.
- Licenses like the GPL require all derivative works to remain open source, while licenses like the MPL allow proprietary works to use open source code.
- Businesses can make money from open source in various ways like support, services, complementary proprietary products
A primer on adapting open source software to an IT service organization. Focuses on how open source licenses are different and how it may affect your business model and intellectual property.
A brief introduction to open source licenses, why they are important, different types of licenses, and challenges related open source software licenses. Latter part of the presentation also talks a bit about how to apply Apache Licence to a project.
This document is a seminar report submitted by Ganesh Waghmare on the topic of Android OS. It contains chapters covering features of the Android OS, its architecture, application framework, libraries, runtime, kernel and more. The report was submitted to fulfill degree requirements at MAEER's MIT College of Engineering, Pune, under the guidance of Prof. Sukhada Bhingarkar. It includes an acknowledgment, table of contents, and glossary related to Android OS.
for more details contact:
SR INFO SYSTEMS
Firestation Square, Baramunda, Bhubaneswar
You can visit our website :
www.bputproject.com
www.liveprojects.co.in
www.srinfosystems.com
The document discusses open source software licenses. It defines open source and compares it to public domain and freeware licenses. The main open source licenses discussed are the GNU General Public License (GPL) and Berkeley Software Distribution (BSD) license. The GPL requires derivatives to also use the GPL while the BSD allows derivatives to use other licenses. Pros of open source development cited include peer review, motivated community contributions, and avoidance of vendor lock-in. Potential cons include projects becoming niche or fragmented.
Android is an open source operating system developed by Google and the Open Handset Alliance. It uses a Linux kernel with Java applications running in a Dalvik virtual machine. The Android architecture includes libraries and APIs for application developers as well as core applications. Developers can create Android apps using Java in the Eclipse IDE along with the Android SDK. While Android offers an open development platform, security and lack of control by Google are potential disadvantages.
This seminar report discusses Android. It provides a brief history of Android including Google's acquisition of Android Inc. in 2005 and releases of the Android SDK. It describes Android as an open software platform for mobile development that uses Linux and is developed as part of the Open Handset Alliance. The report outlines Android's architecture including its use of Linux for core systems and the Dalvik virtual machine. It also discusses Android tools like the emulator, DDMS, and ADB. In closing, it notes some advantages of Android like running multiple apps simultaneously and its large app market.
The document contains the resume of Supratik Saha. It includes his contact information, objectives, work experience spanning over 10 years in software development and IT faculty roles, academics including a B.Tech degree, skills in languages like C, C++, Java and databases, projects undertaken, trainings, and personal details. The resume aims to showcase Supratik's extensive experience in software engineering and development to be considered for roles requiring such experience and skills.
This document summarizes the key features of Android Nougat 7.1. It discusses the history and beta releases of Nougat. The main features include split-screen multitasking, bundled notifications, Doze battery improvements, and support for Vulkan graphics. Advantages include better performance, longer battery life, and multitasking. High-end hardware is required and users should prepare before updating. In conclusion, Nougat provides faster performance and is good for gamers due to multitasking capabilities.
The document proposes a new unified software development model for open source software. It begins by noting that existing models are largely designed for proprietary software and do not account for key differences in how open source software is developed. The proposed model aims to address this by focusing on clear requirements gathering, designing core parts based on requirements, and utilizing a loosely coupled process. It will be tested by developing an open source tool using the new model. The goal is to enable efficient open source development regardless of community size by minimizing wasted developer time.
Android is an open source software stack for mobile devices that includes an operating system, middleware and key applications. It was developed by Google and the Open Handset Alliance to advance open standards for mobile devices. When released in 2008, most of the Android platform was made available under the Apache free-software and open-source license. The unveiling of Android was announced with the founding of the Open Handset Alliance, a consortium of 34 hardware, software and telecom companies devoted to advancing open standards for mobile devices.
A case study of malware detection and removal in android appsijmnct
With the proliferation of smart phone users, android malware variants is increasing in terms of numbers
and amount of new victim android apps. The traditional malware detection focuses on repackage,
obfuscate and/or other transformable executable code from malicious apps. This paper presented a case
study on existing android malware detection through a sequence of steps and well developed encoding SMS
message. Our result has demonstrated a solid testify of our approach in the effectiveness of malware
detection and removal.
Android is an open source software stack that includes an operating system, middleware, and key applications built around the Linux kernel. The Android platform was developed by Google along with the Open Handset Alliance, a consortium of technology and mobile companies. The Android architecture consists of Java applications running on a custom virtual machine called Dalvik, with native code libraries for hardware-specific operations, and a set of core applications.
This slidedeck is the second in a series of presentations on legal issues on open source licensing by Karen Copenhaver of Choate Hall and Mark Radcliffe of DLA Piper. To view the webinars, please go to http://www.blackducksoftware.com/files/legal-webinar-series.html. You may also want to visit my blog which frequently deals with open source legal issues http://lawandlifesiliconvalley.com/blog/
The document provides an overview of open source licensing. It defines open source software as software with an open source license that gives users the rights to use, modify, and distribute the software as well as access its source code. Prominent open source programs and vendors are listed. The history and roles of the Open Source Initiative (OSI) and Open Source Definition (OSD) are described. Common open source licenses like the GPL, BSD, and Mozilla licenses are outlined and compared. The risks and benefits of open source software are briefly discussed.
The document is a seminar report on Android and Android architecture. It discusses the history and introduction of Android, key aspects of the Android architecture including its layered design with the Linux kernel at the bottom and applications at the top, and describes Android versions, features, advantages, and disadvantages. It also covers the Open Handset Alliance and provides an overview of Android security.
Android is an open-source, Linux-based operating system developed by Google and the Open Handset Alliance for use in mobile devices. It was originally developed by Android Inc., which was purchased by Google in 2005. The first Android device was launched in 2008. Key aspects of Android include its open nature, use of Java for application development, and features like a touchscreen interface, accelerometer, and access to the Android Marketplace.
This document discusses how project management professionals using traditional "waterfall" methods can work well with those using agile methods. It argues that agile practices align with the PMBOK process groups and that the definition of project success has changed to prioritize meeting stakeholder needs, quality, and return on investment over rigid schedules and budgets. It also provides tips on finding common language between the approaches and emphasizes that the fundamental difference is an iterative versus sequential workflow.
This document appears to be an advertisement or brochure for Valli & Valli, an architectural design firm located in New York City and Miami. It discusses opening doors through design and invites the reader to experience Valli & Valli's designs, which include the H 1042 Serie Walkiria designed by Panacom Architects and Arseniy Leonovich. Contact information is provided for Valli & Valli's New York and Miami locations.
The document discusses open source software, including its growing adoption and various business models. It covers open source licenses and their different levels of permissiveness. Some key points include:
- By 2011, 80% of commercial software will contain open source code according to a Gartner study.
- There are over 300,000 open source projects on SourceForge alone.
- Major companies like IBM, Apple, and Microsoft contribute to and use open source software.
- Licenses like the GPL require all derivative works to remain open source, while licenses like the MPL allow proprietary works to use open source code.
- Businesses can make money from open source in various ways like support, services, complementary proprietary products
A primer on adapting open source software to an IT service organization. Focuses on how open source licenses are different and how it may affect your business model and intellectual property.
A brief introduction to open source licenses, why they are important, different types of licenses, and challenges related open source software licenses. Latter part of the presentation also talks a bit about how to apply Apache Licence to a project.
This document is a seminar report submitted by Ganesh Waghmare on the topic of Android OS. It contains chapters covering features of the Android OS, its architecture, application framework, libraries, runtime, kernel and more. The report was submitted to fulfill degree requirements at MAEER's MIT College of Engineering, Pune, under the guidance of Prof. Sukhada Bhingarkar. It includes an acknowledgment, table of contents, and glossary related to Android OS.
for more details contact:
SR INFO SYSTEMS
Firestation Square, Baramunda, Bhubaneswar
You can visit our website :
www.bputproject.com
www.liveprojects.co.in
www.srinfosystems.com
The document discusses open source software licenses. It defines open source and compares it to public domain and freeware licenses. The main open source licenses discussed are the GNU General Public License (GPL) and Berkeley Software Distribution (BSD) license. The GPL requires derivatives to also use the GPL while the BSD allows derivatives to use other licenses. Pros of open source development cited include peer review, motivated community contributions, and avoidance of vendor lock-in. Potential cons include projects becoming niche or fragmented.
Android is an open source operating system developed by Google and the Open Handset Alliance. It uses a Linux kernel with Java applications running in a Dalvik virtual machine. The Android architecture includes libraries and APIs for application developers as well as core applications. Developers can create Android apps using Java in the Eclipse IDE along with the Android SDK. While Android offers an open development platform, security and lack of control by Google are potential disadvantages.
This seminar report discusses Android. It provides a brief history of Android including Google's acquisition of Android Inc. in 2005 and releases of the Android SDK. It describes Android as an open software platform for mobile development that uses Linux and is developed as part of the Open Handset Alliance. The report outlines Android's architecture including its use of Linux for core systems and the Dalvik virtual machine. It also discusses Android tools like the emulator, DDMS, and ADB. In closing, it notes some advantages of Android like running multiple apps simultaneously and its large app market.
The document contains the resume of Supratik Saha. It includes his contact information, objectives, work experience spanning over 10 years in software development and IT faculty roles, academics including a B.Tech degree, skills in languages like C, C++, Java and databases, projects undertaken, trainings, and personal details. The resume aims to showcase Supratik's extensive experience in software engineering and development to be considered for roles requiring such experience and skills.
This document summarizes the key features of Android Nougat 7.1. It discusses the history and beta releases of Nougat. The main features include split-screen multitasking, bundled notifications, Doze battery improvements, and support for Vulkan graphics. Advantages include better performance, longer battery life, and multitasking. High-end hardware is required and users should prepare before updating. In conclusion, Nougat provides faster performance and is good for gamers due to multitasking capabilities.
The document proposes a new unified software development model for open source software. It begins by noting that existing models are largely designed for proprietary software and do not account for key differences in how open source software is developed. The proposed model aims to address this by focusing on clear requirements gathering, designing core parts based on requirements, and utilizing a loosely coupled process. It will be tested by developing an open source tool using the new model. The goal is to enable efficient open source development regardless of community size by minimizing wasted developer time.
Android is an open source software stack for mobile devices that includes an operating system, middleware and key applications. It was developed by Google and the Open Handset Alliance to advance open standards for mobile devices. When released in 2008, most of the Android platform was made available under the Apache free-software and open-source license. The unveiling of Android was announced with the founding of the Open Handset Alliance, a consortium of 34 hardware, software and telecom companies devoted to advancing open standards for mobile devices.
A case study of malware detection and removal in android appsijmnct
With the proliferation of smart phone users, android malware variants is increasing in terms of numbers
and amount of new victim android apps. The traditional malware detection focuses on repackage,
obfuscate and/or other transformable executable code from malicious apps. This paper presented a case
study on existing android malware detection through a sequence of steps and well developed encoding SMS
message. Our result has demonstrated a solid testify of our approach in the effectiveness of malware
detection and removal.
Android is an open source software stack that includes an operating system, middleware, and key applications built around the Linux kernel. The Android platform was developed by Google along with the Open Handset Alliance, a consortium of technology and mobile companies. The Android architecture consists of Java applications running on a custom virtual machine called Dalvik, with native code libraries for hardware-specific operations, and a set of core applications.
This slidedeck is the second in a series of presentations on legal issues on open source licensing by Karen Copenhaver of Choate Hall and Mark Radcliffe of DLA Piper. To view the webinars, please go to http://www.blackducksoftware.com/files/legal-webinar-series.html. You may also want to visit my blog which frequently deals with open source legal issues http://lawandlifesiliconvalley.com/blog/
The document provides an overview of open source licensing. It defines open source software as software with an open source license that gives users the rights to use, modify, and distribute the software as well as access its source code. Prominent open source programs and vendors are listed. The history and roles of the Open Source Initiative (OSI) and Open Source Definition (OSD) are described. Common open source licenses like the GPL, BSD, and Mozilla licenses are outlined and compared. The risks and benefits of open source software are briefly discussed.
The document is a seminar report on Android and Android architecture. It discusses the history and introduction of Android, key aspects of the Android architecture including its layered design with the Linux kernel at the bottom and applications at the top, and describes Android versions, features, advantages, and disadvantages. It also covers the Open Handset Alliance and provides an overview of Android security.
Android is an open-source, Linux-based operating system developed by Google and the Open Handset Alliance for use in mobile devices. It was originally developed by Android Inc., which was purchased by Google in 2005. The first Android device was launched in 2008. Key aspects of Android include its open nature, use of Java for application development, and features like a touchscreen interface, accelerometer, and access to the Android Marketplace.
This document discusses how project management professionals using traditional "waterfall" methods can work well with those using agile methods. It argues that agile practices align with the PMBOK process groups and that the definition of project success has changed to prioritize meeting stakeholder needs, quality, and return on investment over rigid schedules and budgets. It also provides tips on finding common language between the approaches and emphasizes that the fundamental difference is an iterative versus sequential workflow.
This document appears to be an advertisement or brochure for Valli & Valli, an architectural design firm located in New York City and Miami. It discusses opening doors through design and invites the reader to experience Valli & Valli's designs, which include the H 1042 Serie Walkiria designed by Panacom Architects and Arseniy Leonovich. Contact information is provided for Valli & Valli's New York and Miami locations.
This document provides an overview of getting started with Scrum and examples of Scrum adoption. It discusses Silvana Wasitova's background working with Scrum. It then summarizes Yahoo's adoption of Scrum between 2004-2008, including increasing from one team to over 200 teams. Next, it summarizes a German IT company's Scrum adoption between 2010-2012, growing from one project to over 40 projects using Scrum. It then provides tips for successful Scrum adoption.
This document discusses best practices for using Scrum with distributed teams. It begins by describing the challenges of geographic distribution, time zone differences, and large team sizes. It then provides recommendations for communication tools and strategies to compensate for the reduced communication that comes with distance. Key practices include using video conferencing, screen sharing, wikis, and scheduling meetings to allow for collaboration across sites. The document also stresses the importance of building trust and rapport among remote team members through informal interaction. Overall, the document argues that with the right tools and efforts to communicate effectively, Agile methods like Scrum can still be applied to distributed teams.
The narrator arrives for orientation at a building near the main VMware campus. After a long orientation, they decide to walk to their office, passing many green areas and SAP buildings. They see wildlife and flowers along the walk. They eventually catch their first glimpse of the VMware campus through the trees and arrive at the large campus filled with greenery and buildings.
The document summarizes a person's walk around their new workplace campus, describing the scenery and buildings they pass along the way from an entrance down to the cafeteria and their office building. They admire the greenery, flowers, and architecture at various points, wishing their friend Hippo could experience it with them. They finally arrive at the door to their office building.
About ActuateOne for Utility Analytics
Water and Energy Utilities are under tremendous pressure to demonstrate progress in asset optimization, grid optimization and performance gains across traditional business drivers such as customers, revenue protection, utility regulatory compliance and financials. ActuateOne for Utility Analytics provides a comprehensive portfolio of software and utility analytics industry expertise to ensure today’s utility leaders and customers always have access to the right information, insight and collaborative capabilities for accurate and informed decisions. Delivered through a single platform, ActuateOne for Utility Analytics ignites any utility or grid Analytics initiative with integrated asset optimization dashboards, grid optimization dashboards, utility compliance reports as well as Transformer Management Scorecards, Substation & Equipment Management Scorecards and Utility KPI Dashboards which help today’s Utility enhance performance and maximize grid performance.
This document discusses opportunities and challenges of agile adoption. It provides examples of successful agile implementations at companies like Yahoo, Salesforce.com and British Telecom. These examples showed benefits like faster time to market, higher quality, and increased productivity. However, agile adoption also faces challenges like mindset change and overcoming barriers. The document recommends a strategy of adapting agile in small incremental steps, building organizational support, aligning incentives and continuously inspecting and adapting the process.
Silvana Wasitova is an Agile coach based in Switzerland who has worked with organizations in several countries. She shares some lessons learned from her experience implementing Agile practices. To successfully adopt Agile, teams must understand how it differs from traditional approaches. It is important to align goals, train people, produce early results to experience success, and continuously inspect and adapt processes.
This document discusses women in science and engineering careers. It profiles several prominent female scientists and innovators such as Marie Curie, the first woman to win a Nobel Prize. The document also notes that women remain underrepresented in many science and engineering fields, comprising less than 30% of workers in areas like computer programming, engineering, and physical sciences. It provides recommendations for addressing issues like negative stereotypes that can undermine women's performance and participation in these careers.
This document discusses Agile vs traditional project management methods. It provides an overview of Scrum, the most popular Agile framework, outlining its key roles, events and artifacts. Scrum emphasizes iterative development, early delivery of working software, transparency, collaboration and continuous improvement. It aims to eliminate waste and focus on delivering the highest business value. The document also discusses how Lean, Agile and Scrum philosophies relate, with all aiming to eliminate waste and increase customer value.
ActuateOne for Performance Analytics ensures users have all the functionality needed to create self-service, tactical, operational and strategic dashboards and scorecards of any enterprise data, allowing them to visualize, analyze, manage and improve complex business variables in a single collaborative environment with minimal reliance on IT. Unlike traditional data visualization tools, ActuateOne for Performance Analytics moves beyond “displaying the data” to delivering a comprehensive view of enterprise intelligence, which allows users to not only understand the cause and effect relationships of business events, metrics and KPIs, but also what’s been done and what’s being planned to capitalize on opportunities and to fix problem areas.
http://www.actuate.com/customers-solutions/applications/performance-analytics-software/
This document summarizes a presentation by Silvana Wasitova about 10 intrinsic desires that motivate people according to Jurgen Apello. Wasitova has extensive experience managing projects across multiple countries and is certified in project management, agile practices, and scrum. Apello identifies 10 moving motivators derived from Maslow's hierarchy of needs: autonomy, mastery, purpose, curiosity, honor, acceptance, mastery, power, freedom, relatedness, order, and goal. Each motivator is briefly defined.
PMI and Scrum - bridging the gap
Presentation for PMI members and Agilists in Montevideo, Uruguay, introducing commonalities between Project Management and Agile approaches.
PMBOK and Scrum can live together happily if used appropriately for the situation. While PMBOK focuses on detailed upfront planning and heavy processes, Scrum emphasizes iterative development, minimal documentation, and rapid adaptation to change. Both aim to deliver value to customers, but Scrum may be better for situations requiring flexibility and rapid time to market. The best approach is to use the right tools for each project's specific needs.
http://essaysreasy.com .That's a sample paper - essay / paper on the topic "Coursework" created by our writers!
Disclaimer: The paper above have been completed for actual clients. We have acclaimed personal permission from the customers to post it.
The document discusses open source software and how companies can generate revenue from open source business models without traditional licensing fees. It describes several common business models including support and services, loss leaders to promote other products, customization services, and brand licensing. The document also discusses other motives for companies beyond direct revenue, such as using the free infrastructure of open source development and indirect revenues from related products. It notes that programmers are motivated by technological and learning benefits from the feedback of large, open communities rather than direct economic benefits from companies.
Open source software vs proprietary softwareLavan1997
The document discusses and compares open source software and proprietary software. Open source software is software with source code that is available and may be redistributed and modified under an open source license. Proprietary software is licensed under exclusive legal rights that restrict uses like modification and redistribution. Some key differences discussed include open source software being collaboratively developed while proprietary software owners control exclusive rights over the software.
Open source refers to software where the source code is made available to the public so that it can be modified or improved. Some key advantages of open source software include: (1) the ability to distribute modifications freely, (2) availability of source code for modification, and (3) lower costs since development relies on volunteer contributions rather than paid employees. However, open source also faces some disadvantages such as a lack of protection for intellectual property and no guarantees for ongoing development or support.
This document provides information about open source software including definitions, history, licenses, examples of leading open source projects, and comparisons to other software types. It discusses the open standard requirements for technologies to be considered open source and defines the key aspects of open source licenses including free redistribution, availability of source code, ability to create derivative works, and non-discrimination terms. The document also outlines some pros and cons of the open source model.
This document defines FOSS (Free and Open Source Software) and discusses its benefits over proprietary software. It begins by defining the different types of software development, including proprietary, in-house, and FOSS. FOSS is software that is freely available with source code and can be modified and redistributed without restrictions. The document then discusses the history and background of FOSS, provides examples of FOSS equivalents to popular proprietary software, and outlines several key strengths of FOSS including low costs, ability to modify for local needs, user-driven innovation, reliability, and security. In healthcare, examples of FOSS include OpenMRS for EMR systems and iPath for telehealth.
Expert Lecture delivered at K. K. Wagh Polytechnic, Nashik (INDIA)
by,
Tushar B Kute (Asst. Professor, Sandip Institute of Technology and Research Centre, Nashik)
1) Open source software has grown significantly in popularity and adoption in recent years, with 87% of companies now using some form of open source software.
2) Open source refers to software with source code that anyone can inspect, modify, and enhance. This contrasts with proprietary software, where the source code is usually hidden from users.
3) India has actively promoted open source software adoption through various government policies and initiatives aimed at reducing costs and encouraging local development and innovation.
The document provides an introduction to the open source operating system Linux. It discusses some of the key features of Linux, including that it is faster and more reliable than other operating systems like Windows. It notes that Linux is very robust as it is developed by many contributors online. Some specific advantages highlighted are that Linux has excellent scalability, is fully 32-bit and 64-bit, and is more secure than Windows due to not being susceptible to viruses. Examples of where Linux is commonly used like web servers, file servers, and databases are also briefly mentioned.
The document provides an introduction to open source software (OSS) technology. It discusses the history and pioneers of open source including Richard Stallman and the GNU project. It also defines open standards and lists examples including programming languages like C and Ada, file formats like PDF and HTML, and protocols like IP and TCP. Finally, it discusses various OSS licenses including academic, community, and commercial licenses.
The document discusses open source software definitions and cloud computing software. It provides definitions for open source software including requirements for free redistribution, access to source code, allowance for modifications, and non-discrimination. It then summarizes several open source cloud computing platforms like Xen Cloud Platform, Nimbus, OpenNebula, Eucalyptus, CloudStack, and OpenStack. These platforms provide infrastructure for building public and private clouds using open source virtualization and APIs.
Open source software refers to computer programs where the source code is made available to the public with an open source license that allows users to study, change, and improve the design of the software. Open source software is typically developed collaboratively by a community of programmers who improve upon the code and share their changes. It is often funded through universities, personal projects, consulting work, proprietary add-ons, or donations. Some benefits of open source software include lower costs, greater security, avoidance of vendor lock-in, and higher quality code. Widely used examples include the Apache HTTP Server, Mozilla Firefox, Linux, Android, MySQL, Java Development Kit, Eclipse, and content management systems like Wikipedia.
The document provides an overview of a 3-day open source workshop being conducted by Luciano Resende from the Apache Software Foundation. Day 1 will cover topics on open source, licenses, communities and how to get involved in Apache projects. Day 2 focuses on hands-on development, setting up environments and tools. Day 3 is about mentoring expectations and working on project proposals. The workshop aims to educate participants and help them get involved in open source.
Business Models of Opensource and Free SoftwareFabernovel
This first research paper, distributed under the Creative Commons license, helps us to think about the open source business and faberNovel Consulting’s contribution to this community. Voluntarily educational, “Business models of open source software and free software" offers a common reference, a “tool box" to communicate about these models and to understand and adapt them.
JISC Webinar - An introduction to free and open source softwareJisc
This document discusses open source software and free and open source licenses. It defines open source software as software made available under an OSI-approved license that allows users to freely adapt and distribute the software. It describes the main types of licenses as permissive versus copyleft and strong versus weak copyleft. It also provides examples of specific popular licenses and their characteristics. Finally, it discusses best practices for evaluating open source projects and licenses.
Open source technology allows end users and developers to view and modify source code. It has various benefits including being free, continually evolving through community contributions, and not locking users into specific vendors. There are different open source licenses that comply with the open source definition by allowing free use, modification and sharing of software. Open source makes sense for financial services by enabling innovation through building on others' work and collaborating to solve problems faster. It encourages participation and contribution which can benefit society.
Open source technology allows end users and developers to view and modify source code. It has various benefits including being free, continually evolving through community contributions, and not locking users into specific vendors. There are different open source licenses that comply with the open source definition by allowing free use, modification and sharing of software. Open source makes sense for financial services by enabling innovation through building on others' work and collaborating to solve problems faster. It encourages participation and contribution which benefits societal development.
This slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
Exploiting Artificial Intelligence for Empowering Researchers and Faculty, In...Dr. Vinod Kumar Kanvaria
Exploiting Artificial Intelligence for Empowering Researchers and Faculty,
International FDP on Fundamentals of Research in Social Sciences
at Integral University, Lucknow, 06.06.2024
By Dr. Vinod Kumar Kanvaria
The simplified electron and muon model, Oscillating Spacetime: The Foundation...RitikBhardwaj56
Discover the Simplified Electron and Muon Model: A New Wave-Based Approach to Understanding Particles delves into a groundbreaking theory that presents electrons and muons as rotating soliton waves within oscillating spacetime. Geared towards students, researchers, and science buffs, this book breaks down complex ideas into simple explanations. It covers topics such as electron waves, temporal dynamics, and the implications of this model on particle physics. With clear illustrations and easy-to-follow explanations, readers will gain a new outlook on the universe's fundamental nature.
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1. WORD DOCUMENT
OPEN SOURCE PLIGIARISM-TECHNICAL REPORT1
by
NAME OF THE AUTHOR
Submitted in partial fulfilment of the requirements for the subject
INDUSTRIAL PROJECT IV
As part of the Open Source Plagiarism Tester (OSPT) project
in the
FACULTY OF INFORMATION AND COMMUNICATION
TECHNOLOGY
TSHWANE UNIVERSITY OF TECHNOLOGY
Project Leader
M Jordaan
Date
13 April 2010
2. DECLARATION
“I hereby declare that the OSPT WORD DOCUMENT: OSPT TECHNICAL
REPORT submitted for evaluation towards the requirements of the subject:
INDUSTRIAL PROJECT IV IPRB401 as part of the Open Source Plagiarism
Tester project, at the Tshwane University of Technology, is my own original
work and has not previously been submitted to any other institution of higher
learning or subject for evaluation. All sources used or quoted in this document
are indicated and acknowledged by means of a comprehensive list of
references”.
NAME AND STUDENT NUMBER
Date: _13_/_04_/__2010__
3. TABLE OF CONTENTS
Figure Description Page
1. Introduction 1
2. Discussion of each aspects 2
2.1 Define OSS 2
2.2 Advantages and Disadvantages of OSS 3
2.2.1 Advantages of OSS 3
2.2.2 Disadvantages of OSS 3
2.3 OSS Support 4
2.4 OSS Licensing Structure 4
&5
2.5 OSS Standards 5
2.6 Define Computer and Information Security 6
2.6.1 Define Computer Security 6
2.6.2 Define Information Security 6
2.7 All types of threats to a computer system 7
2.8 All types of countermeasures 8
3. Conclusion 9
4. References 10
4.
5. 1. Introduction
According to Ueda (Ueda, 2005), In 1985 the Free Software Foundation
(FSF) was formed that is where the free software was defined. Open Source
Software (OSS) was formed in 1998 by the Open Source Initiative (OSI)
members. These two organisations grouped themselves together and formed
Open Software Society. FSF members defines the Free Software as a
software where users will be able to run, copy, distribute, study, change and
improve the software.
The OSI members define Open Source Software as software for which the
source code is distributed, accessible without charge or limitations on
modifications and programmers can read, copy, modify, improve, adapt it and
fix bugs. The software can be incrementally improved and easily tested.
Users are free to make improvements and redistribute the source code as
long as they follow the licensing rules. OSS development encourages the free
flow of knowledge; every individual can build on the work of others on the
network.
1
6. 2. Discussion of each aspect
2.1 Define Open Source Software
Erikson (2005:927), states that for people to understand OSS they must first
understand what Source Code is, he describes the Source Code as program
written by a programmer before it is compiled into a machine executable.
“OSS is when developers share a program’s code with one another to allow
others to learn from the software, distribute it, modify and improve the
software”(Erickson, 2005).
Kavanagh (2004:1) describes OSS as software that must be distributed with
the source code easily available. E.g. by free download from the internet and
the license of this software will allow anyone to distribute the code or modify
it. “Open Source Software is the software for which the source code is
publicly revealed which means that it can be modified by anyone redistribute
freely and is available at no charge”(DeLong, 2004).
Kasper (2004:112) defines OSS as software distributed under a license
allowing free copying, modifications of the program, and free redistribution of
the source code and also allows users to obtain the program code then
compile it and use the program as they want. (Edwards, 2004)
According to Bruce and Raymond the OSI team members (quoted by Ueda,
2005:1) describes OSS definition that includes several criteria, which the
software must meet are as follows:
Free Redistribution – This means that anyone can make any number
of copies of the software at no cost and sell them or give them away.
Source Code – The source code must be distributed with original work.
Derived works – The license must allow for modification and the
modified work must be redistributed under the original license terms.
Integrity of the author’s source code – Modifications of the original
work may be restricted.
Everyone should have access
Distribution of License – No additional license must be required to
those whom received the program because the rights attached to the
program must comply with all.
License must not be specific to a product – If the program is separated
from the original open source software that program must be
redistributed under the original license.
License must be neutral – The license must not force the other
software being distributed on the same medium to be open source.
2
7. 2.2 Advantages and Disadvantages of OSS
2.2.1 Advantages of OSS
According to Kavanagh (2004:41) the advantages of using OSS include the
ability to:
View, change and redistribute source code
Reduce software licensing cost and effort
I also think that the following are also the advantages of OSS
It is free, available and anyone has got access to it and at no cost.
Software can be used by anyone.
It gives users the rights to modify and improve the code.
It allows programmers to implement new features and security fixes.
2.2.2 Disadvantages of OSS
According to Kavanagh (2004:41) the disadvantages of using OSS:
It is not secure and there is no enough support.
It is not possible to know if the project will reach a usable stage.
There is no much advertising for OSS.
There may be issues with the source code.
Lack of skills
3
8. 2.3 OSS Support
OSS has been increasingly part of the market in recent times. Companies
such as IBM have been backing up OSS to improve the position of OSS to
the extent that corporate world and now people are seeing OSS as a viable
option.
According to DeLong (2004:9), the following are the supporters of OSS:
Software Users – they see an opportunity of the free software
Software developers - they benefit from writing the software
IBM – as a competitive company against other companies
Distributors of open source programs they see an open source
software as a business opportunity
2.4 OSS Licensing Structure
A license is an agreement between the user and the developer on how that
software can be acquired and used. When the software is installed the
user/developer will click on “I Agree” button to agree to the End User License
Agreement. Open source licenses are approved by OSI.
According to (DeLong, 2004), the most two important OSS licenses are
Berkeley Software Development (BSD) and General Public License (GPL),
Delong (2004:17) describes these licenses as follows: BSD it allows
redistribution, use of the source code and object code modifications as long
as the redistribution of source code retains required copyright and
disclaimers. GPL stipulates that not only the source code need to be
available, but also the program can be modified and redistributed as long as
the redistributed program is given to GPL.
“The license must not restrict anyone from making use of a program in a
specific field; it must not restrict other software, must not be specific to a
product and must be technology-neutral. The rights attached to the program
must not depend on the program’s being part of a particular software
distribution. The license must keep the source code open and available, and
must maintain the integrity of the author’s source code. The license must not
restrict anyone from selling the software; it must allow modifications and must
allow them to be distributed under the same terms as the license of the
original software. Mozilla Public License (MPL) is made by Netscape to
distribute the code of Mozilla. NPL and MPL require that any and all changes
must be available” (Perens, 1999).
4
9. Henley (2007:78), states that the GPL protects the following essential
freedoms identified by FSF which are:
To study how the software works, run it and adapt it
To redistribute the copies of the software and improve it
Edwards (2004:114) explains the GPL as the license that requires the source
code to be available, allows people to use it, copy, distribute and modify the
source code and BSD allows a user-developer to distribute the modifications
and a modified program under a different license code.
2.5 OSS Standards
“A Standard is a specific category of information technology that is defined by
an open source public specification. Open Source Standards repository is a
location that will contain standards relevant to the open source community.
This will include standards, licenses and protocols. The purpose of open
source standard is to increase a market for Technology by enabling
consumers and suppliers of that technology to invest in it without paying any
fee”(Cerri, 2007).
To comply with open source standard the following criteria must be followed:
The standard must be open to everybody
The Standard must be freely and publicly available to the people
No Agreements – There must be no requirements for execution of the
license agreement
5
10. 2.6 Define Computer and Information Security
2.6.1 Computer Security
According to Dulaney (2008:3), Computer Security is protection of information
and property from theft, corruption, or natural disaster while allowing the
information and property to remain accessible and productive to its intended
users. It is also a collective processes and mechanisms by which sensitive
and valuable information is protected against tampering, publication or
unauthorised access. Computer Security is also used to protect any damage
that can be caused by intruders or any unauthorised access. Several forms of
damage are:
Destruction of computer systems and internal data:
Loss of sensitive information
Use of sensitive information against the organization’s customers,
which may result in legal action and loss of customers
Damage due to the reputation of an organization
2.6.2 Information Security
Dulaney (2008:3), explains Information Security as the process to protect
data against unauthorised use or access.
The five pillars of Information Security according to Von Solms (2000:7-19):
Identification and Authentication – When a person wants to
use/access/logon to the computer system the user must first be
identified and authenticated.
Authorisation – Once the user has been authorised and authenticated
the user will now request access to some resource such as
transaction, file or program, then this process will check if the user has
right to access the requested resource.
Confidentiality – This process means protecting the confidentiality of
data and software to ensure that only authorised people may access
/view the contents of the data or software.
Integrity – This means protecting the integrity of the data and software
to ensure that only authorised users may change the contents of the
data or software.
Non- denial – Whereby a sender of a data is provided with a proof of
delivery and the recipient is assured of the sender’s identity so that
afterwards none of them can deny having processes data.
6
11. 2.7 All types of computer threats
There are different types of threats to computers and when these threats are
successful they can harm or spread through the entire network.
Dulaney (2008:81-92) defines the following types of threats:
Viruses – A virus is software that is designed to harm or infect a
computer system and it may damage the data on the hard disk,
destroy the operating system and spread through the open shares on
the network and this may cause a computer to crash. Viruses may get
into the computer through the external drives or through e-mail and as
part of another program. Viruses try to infect as many machine as they
can and as quickly as possible.
Spam – is any unwanted e-mails or programs.
Trojan horse – Are programs that enter the system or network through
another programs and it may attach itself or enter during the
installation program.
Logic Bombs – Are programs that execute when a certain predefined
event occurs. When a user is logged onto the internet it may send the
user a message of attack using a word processor.
Worms – It can reproduce itself because it is self contained and it does
not need a host application to be transported.
Phishing – Is a form of social engineering in which you simply ask
someone for information that is missing by making it look as if it is a
legitimate request, an e-mail might look as if it is from the bank and
contain some basic information such as user’s name, contact numbers.
Fraud – Is when someone tries to access other people transactions
and steal the information or maybe trying to steal the money from other
people’s bank accounts.
Social Engineering – Is the process in which an attacker attempts to
acquire information about your network and system by social means
such as talking to people in the organisation.
7
12. 2.8 All types of Countermeasures
(Dulaney, 2008:89-92) explains the types of countermeasures as follows:
Anti Virus Software – is an application that is installed on the system to
protect that system against worms, viruses, and Trojan horses and it is
software that is also used to scan for malicious code. The Anti Virus
software on the machine must always be current and the virus
definition files should always be up to date. “The primary method of
preventing the propagation of malicious code involves the use of anti
virus software”, (Dulaney, 2008:89).
Anti Spyware software – is software used to prevent or detect spyware
on the computer system.
Intrusion Detection System – It is a security system that detects
malicious activity on a computer or network, once a possible intrusion
is detected IDS system will send an alert to Administrator to take
action.
Firewall – It is used to protect the resources of a private network from
users to other network and it prevents the outsiders from accessing
private data and keeps out and unwanted traffic.
Intrusion Prevention System – It is used to identify potential threats
and monitors traffic by dropping a malicious packets and block network
traffic from the IP address or port.
Anti Spam software – It is used to prevent spam from entering the
system.
Security Management – It monitors and controls the organization’s
security services, distributes security information and reports security
events.
Patch Management – The process of reviewing, testing or deployment
of software patches to all systems.
Vulnerability assessment –Scanning for systems that maybe
vulnerable to exploit.
8
13. 3. Conclusion
(Kavanagh, 2004) states that Open Source Software is a software developed
by programmers and is free to the public. Several licensing agreements have
been developed to formalize distribution terms. OSS is software that has
been released under a license which requires the distribution of the software’s
source code. It is often available at no cost and is supported by developers
and many people use it.
OSS is software where the source code is freely available which is open to
the public. It can be distributed to anyone for modifications and
improvements. “Computer Security is a branch of information technology
known as information security as applied to computer and networks”(Von
Solms, 2000). “There are different types of threats to computers and the
countermeasures must be applied in order to be able to prevent the threats
from attacking the computer systems”(Dulaney, 2008).
I believe that Open Source is software where the source code is freely
available to the general public for use and programmers can improve the
source code and share the changes with others. Users are free to read, make
improvements, modify and redistribute the source code. OSS is free but
product like Microsoft is not free because the User will only receive a
compiled version of the software, modification and improvements are not
allowed Microsoft source code is closed. OSS generally allows anyone to
use, change, modify and improve the software and to redistribute it in
modified and unmodified forms and share it with others
9
14. 4. References
CERRI, D. 2007. The Journal of systems and software. Open
Standards, open formats, and open source: 1930 -1937. [Online]
Available from: http//www.Sciencedirect.com [Accessed: 03/04/2010].
DELONG, J. V. 2004. The progress and Freedom Foundation. The
Enigma of Open Source Software: 1-47. [Online] Accessed from: http//
www.scirus.com [Accessed: 08/04/2010].
DULANEY, E. 2008. CopmTIA Security+. In: KELLUM, J. (Ed.).
Identifying Potential Risks (Fourth ed., 81-92). Canada: Swadley, R &
Wikert, J.B.
EDWARDS, K. 2004. Telematics and Informatics. An economic
perspective on software licenses - open source, maintainers and user-
developers: 111-133. [Online] Available from:
http//www.Sciencedirect.com [Accessed: 03/04/2010].
ERICKSON, B. 2005. The Role of Open Source Software in
Innovation and Standardization in Radiology. Open Source Software,
2:927-931. [Online] Available from: http//www.Sciencedirect.com
[Accessed: 03/04/2010].
HENLY, M. 2007. Computer Law and Security Report. Open Source
Software, 24(1):77-85. [Online] Available from:
http//www.Sciencedirect.com [Accessed: 03/04/2010].
KAVANAGH, P. 2004. Implementation and Management. Open
Source Software: Definitions and History: 1-17. [Online] Available from:
http//www.Sciencedirect.com [Accessed: 03/04/2010].
PERENS, B. 1999. Open Sources. Voices from the Open Source
Revolution. [Online] Available from:
http://www.oreilly.com/catalog/opensources/book/perens.html
[Accessed: 09/03/2010]
UEDA, M. 2005. Licenses of Open Source Software and their
Economic Values. Open Source Licenses: 1-4. [Online] Accessed
from: http//www.scirus.com [Accessed: 08/04/2010].
VON SOLMS, S. 2000. Information Security. In: ELOFF, J. (Ed.).
The five pillars of information security (1st ed., 7-19). Pretoria: Eloff,
Mariki.
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