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The term Product Life Cycle (PLC) refers to the time period of a product being introduced to consumers into the market until it's removed from the scene. Five stages in PLC: Development- At this stage, costs are assembled with no parallel revenue. Some products require years and large capital investment to develop and then test their value. Since risk is high, outside funding sources are limited. Introduction- This stage is about growing a market for the product and building product awareness. At this stage marketing costs are high, as it's necessary to reach out to the target audience, also intellectual property rights protection is obtained. Product pricing may be high to recover costs linked to the development stage and funding for this stage is typically through investors. Growth- The product has been accepted by customers, and companies are seeking to increase market share. For innovative products, there is little competition at this stage, so pricing can remain at a higher level, both product demand and profits increase, and marketing is aimed at a wide audience. Funding for this stage is generally still through lenders or through increasing sales revenue. Maturity- Sales will stabilize, competition increases, so product features may need to improve to maintain market share while unit sales are at their highest at this stage, prices tend to reduce to be competitive. Production costs also tend to reduce because of more efficiency in the manufacturing procedure. Companies usually do not need additional funding at this stage. Decline- This is associated with decreasing revenue due to market saturation, high competition, and changing customer needs. Companies may choose to discontinue the product, sell the manufacturing rights to another business. This is the stage where the packaging will often announce "new and improved." PLC (Product Life Cycle) Watch AntWak's Ultimate PLC Management Guide videos by Real Life Professionals for better unders

All of us, as individuals, have our fears. Some fear the dark, some fear the height and some are afraid of the unknown. In life, no matter what your fears are, it is important to keep fighting to overcome them. One of the most common fears amongst school students is that of the stage! Yes, while few students have an inherent confidence on stage and away with the audience, most of them are fearful of the idea of going on stage and representing. However, it is important for students to overcome this fear of stage, and we, at Hallmark - Best Schools in Panchkula, want all our students to be stage-ready, and up for all the limelight that awaits them in life.

Penetration testing (PenTest) is the cycle to distinguish security weak points in an application by assessing the system or network with different malignant strategies. The weak areas of a system are exploited in this cycle through an approved simulated attack. The objective of this test is to get significant information from hackers who have unapproved access to the system or network. When the weak spot is distinguished it is used to misuse the system to access critical data. A penetration test is otherwise called the pen test and an outside contractor is likewise known as an Ethical hacker. The pen testing cycle can be divided into five phases: 1. Planning and Reconnaissance The first stage includes: Characterizing the scope and objectives of a test, involving the systems to be dealt with and the testing strategies to be used. 2. Scanning The subsequent stage is to see how the target application will react to different interruption endeavors. This is normally done using, Static analysis: Estimating an application's code to assess how it acts while running. These devices can check the whole of the code in a single pass Dynamic analysis: Inspecting an application's code in a running state. This is a more functional method of examining, as it gives an actual view into an application's execution 3. Getting Access This stage uses web application attacks, for example, cross-site scripting, SQL injection and backdoors, to reveal a network's weaknesses. Testers at that point attempt and misuse these weaknesses, commonly by escalating privileges, stealing information, intercepting traffic, and so on, to comprehend the harm they can cause. 4. Maintaining and securing access The objective of this stage is to check whether the weakness can be used to get a constant presence in the exploited system. The intention is to copy advanced persistent threats, which usually stay in a system for a long time to take an organisation's most critical information. 5

Like a Google Sketchup for drama staging. An excellent resource that should be in any drama teacher's tool kit. Set your staging virtually without lifting any scenery or changing any light gels. http://ictmagic.wikispaces.com/ICT+%26+Web+Tools

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" Boundary object (BO), originally introduced by Starr (1989), is a concept to refer to objects that serve an interface between different communities of practice. Boundary objects are an entity shared by several different communities but viewed or used differently by each of them. As Star points out, boundary objects in an organization work because they necessarily contain sufficient detail to be understandable by both parties, however, neither party is required to understand the full context of use by the other - boundary objects serve as point of mediation and negotiation around intent. Boundary objects are flexible enough to adapt to local needs and have different distinct identities in different communities, but at the same time robust enough to maintain a common identity across the boundaries to be a place for shared work. Boundary objects are not necessarily physical artifacts such as a map between two people: they can be a set of information, conversations, interests, rules, plans, contracts, or even persons. It is around BOs that Communities of Practice (CoPs) often gather. BOs are 'used' by members of different communities in very different ways, although the representation is shared. BOs are an important class of knowledge artifacts. They are center stage in the dynamics of knowledge exchange. BOs are also known as CISs (common information spaces). Examples: Reports are a classic example of traces as boundary objects that the professionals and other members share. Faxed documents and email massages are also the boundary object among distributed members. Information spaces, where particpants gather to exchange information, co-ordinate activites and create knowledge are another example of BOs A library catalog, an order entry process, travel assistance request form, an organizational knowledge map, i.e. one of the products from your knowledge mapping project! Mapping BOs: Boundary objects are a very useful way to structure and

Here's the step by step guide for Data Science Interview Process The Interview process begins directly from the point you begin investigating the various job positions that allure you. Furthermore, it goes up to the stage of in-person (face to face) interviews. Remember that this is a crucial interview procedure. You probably won't need to experience every single step in your interview procedure. Comprehend and follow the Different Roles, Skills and Interviews Update your Resume and Start Applying! Telephonic Screening Clearing the Assignments In-Person Interaction(s) Post-Interview Steps The above-mentioned steps will be helpful all through your Interview preparation! Know about different Roles, Skills and Interviews in Data Science The main thing you need to comprehend is that there are many jobs in the data science environment. An average data science project has a life cycle. A data scientist is just one part of an effective data science project. Let's check out a quick run-through of different data Scientist job roles. Data Scientist Business Analyst Data Analyst Data Visualizer Analyst Data Science Manager Data Architect AI Engineer PC Vision Engineer You need to have great correspondence and critical thinking skills. You need not know Python and technicals skills. A data architect will probably be tested on his/her programming skills. Get prepared as per the company's expectations. Prepare for the interviews- Create your Digital presence Over 80% of employers we addressed revealed that they check an applicant's LinkedIn profile. Recruiters need to crosscheck and assure the claims made in the resume are genuine or not. You ought to have a LinkedIn profile. It ought to be updated and enhanced by the role(s) you're applying for. Make a GitHub account. Writing computer programs is a crucial task in the data science job role. Transferring your code and ventures to GitHub helps the recruiters see your work directly. Regularly

Looking to spur wiki adoption? Want to grow from 10 users to 100, or 1000? Applying patterns that help coordinate people's efforts and guide the growth of content, and recognizing anti-patterns that might hinder growth - can give your wiki the greatest chance of success.Wikipatterns.com is a toolbox of patterns & anti-patterns, and a guide to the stages of wiki adoption.

Mrs.Anjli Jain is the Managing Partner at EVC, a $50 million fund focused exclusively on early stage enterprise software, Internet and mobile companies

A superb site celebrating the 40th anniversary of the Apollo moon landings. The site has a great collection of media and activities for every stage of the mission. http://ictmagic.wikispaces.com/Science

Book Reviews Book title: Digitisation Perspectives Type: book Author: Ruth Rikowski Year: 2010 Edition: 1st ISBN: 9460912982 Publisher: Sense Publishers Publisher's Description: This book examines various views and perspectives on digitisation. As Simon Tanner, Director Digital Consultancy, King's College London says in the Foreword: "Digitisation has become a cultural, scholastic, economic and political imperative and raises many issues for our consideration." Furthermore, that the book: "...seeks to address and answer some of the big questions of digitisation... It succeeds on many levels..." There are 22 contributors in the book, all experts in their fields. The book is divided into six parts: Part 1: 'Background and Overview to Digitisation and Digital Libraries' Part 2: 'Digitisation and Higher Education' Part 3: 'Digitisation and Inequalities' Part 4: 'Digital Libraries, Reference Services and Citation Indexing' Part 5: 'Digitisation of Rare, Valued and Scholarly Works' Part 6: 'Futuristic Developments of Digitisation' Topics covered include electronic theses, search engine technology, digitisation in Africa, citation indexing, reference services, the Scholarly Publishing and Academic Resources Coalition, new media and scholarly publishing. The final chapter explores virtual libraries, and poses some interesting questions for possible futures. The book will be of particular interest to information professionals, educators, librarians, academics and I.T. and knowledge experts. Ruth Rikowski concludes by indicating that: "...hopefully, the book will provide a source of inspiration for further research, leading to some more effective ways to proceed with the digitisation process. Also, that it will be possible to do this within a framework that can be used for good rather than ill, and for the benefit of many." Reviewer: Eric Jukes (Formerly of College of Haringey, Enfield and North East London) Book Rating: 5/5 Buy this book from Amazon  Review Summary

Martin Ingram Virtually Everything More posts | Read bio December 28, 2010 - 3:09 P.M. The economics of desktop virtualization 4 Comments TAGS:desktop virtualization, enterprise, finance, government, healthcare, hosted desktop virtualization, PC IT TOPICS:Cloud Computing, Cybercrime & Hacking, Desktop Apps, Emerging Technology, Healthcare IT, Laptops & Netbooks, Virtualization, Windows With Thanksgiving and Christmas behind us and the New Year upon us, it is time to take stock and see what changed for desktop virtualization in 2010.  One thing is very clear: We have moved from desktop virtualization being 'about to take off' to 'has taken off' -- the evidence for this is pretty clear in the number of licenses sold. With volumes sold in the low millions, desktop virtualization is way beyond the tryout and pilot stage. However, desktop virtualization is not yet for every user. There are a number of areas where it's still not a good fit. For example, a user who does not always have access to the Internet from his or her laptop may not be able to use a hosted virtual desktop. This is a problem that will be addressed by client hypervisors in coming years. These provide the management benefits of desktop virtualization to the intermittently connected user. For now, they are very new but will become critical for mobile workers and may also have a major role to play in bringing down the costs of desktop virtualization for non-mobile users as well. Of perhaps more concern is the question of the economic basis for hosted virtual desktops. This has recently become more visible thanks to Microsoft's paper 'VDI TCO Analysis for Office Worker Environments,'  which compares the total cost of ownership of traditional PCs and their virtual desktop alternatives. Their conclusion is that hosted virtual desktops are more expensive to deliver than a traditional, well-managed PC. There are a number of interesting points and conclusions to draw from this document. Firstly, Micros

A great maths site with PDF worksheets and online activities to help students learn a range of maths topics at every stage of their school career. http://ictmagic.wikispaces.com/Maths

Salmon's five-stage framework for e-moderating

Dot-to-Dot will be hosted by IS 339 on June 9, 2009." /> This is a cached version of http://339dottodot.com. Diigo.com has no relation to the site.x   0