Detailed presentation on the topic of Classification of software. Submitted to EIILM Kolkata for the partial fulfillment of MBA Degree on 1st Semester.
Introduction
Difference between System software and Application software
Difference between System and Application programming
Elements of programming environment
Assembler
Loader and Linker
Macro preprocessor
Compiler
Editor
Debugger
Device Drivers
Operating System
Based on the presentation of the same
http://www.slideshare.net/abijahjumaniaj/computer-programs-system-softwares?qid=e2a68e66-9563-4773-ac9b-829da392b494&v=default&b=&from_search=1
Computer Programming Languages- High Lvl & Low Lvl, Operating System- Types
The CMS Innovation Center hosted a webinar on Wednesday, July 2, 2014, from 4:15pm-5:15pm EDT. The webinar reviewed Model Test Proposal Format Requirements, the ‘Population Health Plan’ Portion of the Model Test Project Narrative, and the Population Health Plan Deliverable of the Model Test Project Period.
- - -
CMS Innovation Center
http://innovation.cms.gov
We accept comments in the spirit of our comment policy:
http://newmedia.hhs.gov/standards/comment_policy.html
CMS Privacy Policy
http://cms.gov/About-CMS/Agency-Information/Aboutwebsite/Privacy-Policy.html
Detailed presentation on the topic of Classification of software. Submitted to EIILM Kolkata for the partial fulfillment of MBA Degree on 1st Semester.
Introduction
Difference between System software and Application software
Difference between System and Application programming
Elements of programming environment
Assembler
Loader and Linker
Macro preprocessor
Compiler
Editor
Debugger
Device Drivers
Operating System
Based on the presentation of the same
http://www.slideshare.net/abijahjumaniaj/computer-programs-system-softwares?qid=e2a68e66-9563-4773-ac9b-829da392b494&v=default&b=&from_search=1
Computer Programming Languages- High Lvl & Low Lvl, Operating System- Types
The CMS Innovation Center hosted a webinar on Wednesday, July 2, 2014, from 4:15pm-5:15pm EDT. The webinar reviewed Model Test Proposal Format Requirements, the ‘Population Health Plan’ Portion of the Model Test Project Narrative, and the Population Health Plan Deliverable of the Model Test Project Period.
- - -
CMS Innovation Center
http://innovation.cms.gov
We accept comments in the spirit of our comment policy:
http://newmedia.hhs.gov/standards/comment_policy.html
CMS Privacy Policy
http://cms.gov/About-CMS/Agency-Information/Aboutwebsite/Privacy-Policy.html
Master Thesis Presentation: Business Models for Mobile Broadband Media Servic...Laili Aidi
The increase mobile data traffic from the emerging Internet services, especially multimedia, has posed considerable challenges for the telecom industry. Their initial mobile data services business models are generally not compatible with these emerging Internet services. Thus, there is a substantial need to investigate the suitable options to make media as a profitable telecom business sector. However, there are different challenges and opportunity factors in developing sustainable mobile media business in each market, due to the unique circumstances applied as the result of customer characteristics, mobile market situation and regulatory/law enforcement.
The first purpose of this thesis is to explore the business model options to deliver media services on top of mobile broadband. Although, we limit our focus to Indonesia, we first analyzed the worldwide patterns toward the media services in order to get a broader view of the current trend. We mapped multitudes of actor involved in digital online / on the top (OTT) media service, which together they form different types of constellation in the value network, as well as service, delivery and revenue model. We also put our focus to get the lessons learned from Spotify’s business model, by framing it using Chesbrough and Rosenbloom’s model.
The second purpose is to understand the Indonesian mobile user's characteristic toward the mobile media services. We conducted survey to 119 Indonesians, analyzed the result with one sample T-tests and validated it with the correlation tests (Cronbach Alpha and Pearson correlation), within the Unified theory of acceptance and use of technology (UTAUT) framework. Our findings confirm the low willingness to pay, but an open attitude for the services. The mobile device and network quality are not the barriers for them to adopt the services, and there is a tight connection between the decisions to adopt the services with the perception that the service is popular.
Through those findings, we assessed the feasibility of the identified options and formulated the recommendations. We used our understanding about Indonesian market structure (telecom and media), regulation, and mobile user, as well as the lesson that we got from media services provisioning in Sweden and worldwide trend. We found that the pricing tiers, adjustable pricing, and differentiated features are some of the key success factors. Meanwhile, being part in the point-to-multipoint partnership with the well-known OTT player is the potential position that the Mobile network operators (MNOs) in Indonesia should take in provisioning OTT media services, rather than deliver the services by their own.
Application software: helps users solve particular problems
In most cases, application software resides on the computer’s hard disk
Application software can also be stored on CDs, DVDs, and flash or key chain storage devices
3. Types of Software System Software Application Software Open source Software and Proprietary Software
4. System Software: System Software includes the Operating System and all the utilities that enable the computer to function. System software is a term referring to any computer software which manages and controls the hardware so that application software can perform a task. Example: Operating Systems, Compiler, Loader, Linker, Interpreter.
5. Application Software: Application Software includes programs that do real work for user. Example: Payroll systems, Inventory Control, Manage student database, Word Processor, Spreadsheet and Database Management System etc.,
6. Open Source Software: Open source software (OSS) is computer software whose source code is available under a license that permits users to use, change, and improve the software, and to redistribute it in modified or unmodified form. It is often developed in a public, collaborative manner. Well-known OSS products are Linux, Netscape, Apache, etc.,
7. Proprietary Software: Proprietary software (also called non-free software) is software with restrictions on using, copying and modifying as enforced by the proprietor. Restrictions on use, modification and copying is achieved by either legal or technical means and sometimes both. Proponents of proprietary software are Microsoft. Ex: CAD, Nortan Antivirus etc.,
8. System Software: Operating System: Operating System is a software, which makes a computer to actually work. It is the software the enables all the programs we use. The OS organizes and controls the hardware. OS acts as an interface between the application programs and the machine hardware. Examples: Windows, Linux, Unix and Mac OS, etc.,
9. System Software (contd): Compiler: A compiler is a program that reads a program in one language – the source language and translates into an equivalent program in another language – the target language.
10. System Software (contd): Loader: A loader is the part of an operating system that is responsible for loading programs into memory, preparing them for execution and then executing them. The loader is usually a part of the operating system's kernel and usually is loaded at system boot time and stays in memory until the system is rebooted, shut down, or powered off. In Unix, the loader is the handler for the system call execve().
11. System Software (contd): Linker: A linker or link editor is a program that takes one or more objects generated by compilers and assembles them into a single executable program. Linkers can take objects from a collection called a library. The objects are program modules containing machine code and information for the linker. The linker takes care of arranging the objects in a program's address space.
12. System Software (contd): Interpreter: An interpreter is a computer program that translates and executes instructions written in a computer programming language line-by-line, unit by unit etc., An interpreter needs to be able to analyze, or parse, instructions written in the source language. Example: Lisp systems, etc.,
13. Application Software: Word Processors: Word processing is a tool that helps user in creating, editing, and printing documents. Word processors will normally have the following capabilities built into them: Spell checking Standard layouts for normal documents Have some characters appear in bold print, italics, or underlined Center lines, make text line up on the left side of the paper, or the right side of the paper Save the document so it can be used again print the document. Examples: WordPerfect and Microsoft Word
14. Application Software (contd…): Spreadsheets:The spreadsheet packages are designed to use numbers and formulas to do calculations with ease. Examples of spreadsheets include: Budgets Payrolls Grade Calculations Address Lists The most commonly used spreadsheet programs are Microsoft Excel and Lotus 123.
15. Application Software(contd…): GraphicPresentations:The presentation programs can make giving presentations and using overheads easier. Other uses include: Slide Shows Repeating Computer Presentations on a computer monitor Using Sound and animation in slide shows The most recognized graphic presentation programs are Microsoft PowerPoint and Harvard Graphics.
16. Application Software(contd…): Database Management System (DBMS): A DBMS is a software tool that allows multiple users to store, access, and process data into useful information. Database programs are designed for these types of applications: Membership lists Student lists Grade reports Instructor schedules All of these have to be maintained so you can find what you need quickly and accurately. Example:Microsoft Access, dBASE, Oracle.