Where Did It Come From? Web Conferencing History

Where Did It Come From? Web Conferencing History

Through web conferencing, there is an opportunity to chat and communicate with co-workers, even facilitate meetings, presentations and demonstrations. Web conferencing not just offers communication exchange but also allows participants to trade documents, share applications, access desktops, use whiteboards and PowerPoint.

How did this technology started?

Lucy P. Roberts, author of “History of Web Conferencing – Multifunction Conferencing Comes of Age” (2004) traced the roots of web conferencing long before there is internet.

The University of Illinois developed a system known as PLATO during the 1960s. This is for their Computer-based Education Research Laboratory (CERL). This is just a small system supporting just a single classroom of terminals connected to one mainframe computer. In 1972, the terminals being supported by PLATO increased to over a thousand.

Although PLATO was long before internet technology and it is mainly designed for computer-based education, it paved several communication features that became the foundation for web conferencing and instant messaging. PLATO Notes, was the world’s first online messaging boards, while Personal Notes is used for electronic mails. Talkomatic is used for real-time instant messaging or for chat. PLATO even developed a tool for monitor mode or remote screen sharing.

David Wooley, creator of PLATO Notes in 1973, eventually designed Lotus Notes which was released in 1989. Lotus Notes is mainly an e-mail client, but it can also be used as an instant messaging client, browser, notebook, and calendar reservation client. Roberts cited that Lotus Notes was the first commercially released product that offered document sharing, user-created data-bases and remote location communication.

The PLATO technology gave birth to several communication tools that paved the way for web conferencing. But it wasn’t until mid-1990s that the complete web conferencing started to shape up and become available in the market.
Roberts cited PlaceWare as one of the first companies to provide complete web conferencing. It was developed by Xerox Palo Alto Research Center in the 1990s. In 2003, Microsoft acquired PlaceWare and renamed its core product Microsoft Office Live Meeting.

Meanwhile, file sharing started proliferating the World Wide Web. Peer to peer (P2P) file sharing refers to sharing of file containing audio, video, data or anything in digital format. With peer to peer file sharing, peers act as equals, the roles of clients and servers are merged. There is no central server that manages the network nor a central router.
Peer to peer file sharing was seen as a way of hosting web conferencing, rather than running the application through a single server. With this P2P format, it is more dynamic and involving.

Groove was the first to apply the P2P concept in web conferencing. It was released on 2000 and was upgraded in 2002 with impressive results. WiredRed Software, in 2003, released the first web conferencing software that does not require significant installation time.

Most web conferencing providers offer packages that contains voice over IP,co-browsing and application sharing, additional features that can be readily available like polls, event management, PowerPoint presentation, playback, recording and live annotation and mark-up.

With a lot of web conferencing providers and vendors in the market today, web conferencing is becoming more and more common. A lot of people are using this technology in their businesses and companies. New development in the web conferencing system is inevitable due to competition and continuous technological innovation.

Why Laptops are Various compared to Desktops

Why Laptops are Different than Desktops

Laptops are various from desktops in the these methods;
1. Power supply: As desktops can be plugged in an electrical outlet in the wall (Air Conditioning Power) so could laptops with an Air Conditioning adapter. However just how a laptop is different from a desktop computer is that it is mobile because batteries could likewise power laptops. The batteries are rechargeable; lithium, nickel-cadmium, or nickel-metal hydride.
2. Show: Additionally like desktops, laptops have some kind of LCD show screen. Modern Laptops have 800 x 600 pixel resolution. This gives it a very clear screen and also anything much less need to be avoided.
3. Input Instruments: On a computer you usually use a mouse and key-board to enter information and navigate. With laptops key-boards are constructed in however considering that they are portable so they don’t have a mouse. Instead they have one of 3 input gadgets instead of the mouse. A trackball, rotating the round permits you to relocate the arrow. A trackpoint enables you to push your finger over the factor to relocate the arrow. Last but not least, a laptop might have a touchpad that you relocate your finger across to move the cursor.
4. Docking Connections: Many laptops come with a docking link to make it much more comfy to utilize at a desk. You just connect your laptop computer in as well as utilize it as a desktop computer. The docking station features many outer tools: complete dimension computer system screen, complete dimension keyboard and also computer mouse, drive and printer.

Defining A Better Fit For Your Data Center Outsourcing Needs

Defining A Better Fit For Your Data Center Outsourcing Needs

The key to a successful outsourcing relationship is identifying a partner who can provide cost-effective solutions with the relevant resources and the ability to adjust services as business changes over time. Outsourcing decisions should be made by examining whether an organization is effective and efficient in providing a function that is strategic to the business. IT operations and support organizations are often viewed as an overhead that provides a commodity function that can be easily and safely outsourced. However, IT operations and support functions may be core capabilities because flexible, stable and reliable operations are the foundation for enterprise applications and business processes. IT operations outsourcing proposals are often evaluated and executed with inadequate information about services and costs. The result may be an agreement that does not define the full set of services required, does not result in expected cost savings, and requires retaining a significant number of internal staff to close service gaps and monitor the outsourcer. Good business decisions are based on understanding services and costs, the impact of change, and the risk associated with IT services that do not meet business requirements.

What Should Be Outsourced?
Data center outsourcing services are one of the most mature IT service categories available in the market. In a mature market, one should expect external service providers (ESPs’) to understand market dynamics — as well as client’s wants and needs — and invest in making their services better, faster and less expensive. No “one size fits all” exists for outsourcing. The build-or-buy decision will be based on different criteria for different organizations.

Sourcing decisions may also be influenced to a great extent by factors such as politics and culture and economic stability. Therefore a long-term decision — typically, five to 10 years requires an ability to align IT with business goals, identify gaps in IT capabilities, understand the capabilities available in the market and determine how in-house and supplier responsibilities can best be shared.

Cybernet-SlashSupport is a leading provider of technology support services for enterprises and technology service providers. As a diverse end-to-end IT solutions provider, CSS provides flexible, customized solutions tailor-made to meet specific requirements.

CSS provides a complete portfolio of infrastructure management solutions and support services for geographically distributed network resources, 24×7. Our infrastructure management solutions are based on an architecture that is open and scalable thus enabling easy integration of vendor or customer-supplied tools. CSS provides infrastructure management solutions for a broad spectrum of servers, storage, networks, security, databases, desktops, and applications. By automating corrective actions, IT organizations decrease problem resolution time and improve system availability and reduce downtime.

At CSS Corp, our processes and systems are exclusively tuned to support the client’s operations, with extensive simulation labs and resolution focused environment. Our Centers of Excellence (CoEs) are dedicated to provide superior support services required to succeed in today’s competitive marketplace. Our global delivery model provides flexibility, and ensures high quality service, cost savings, localization and reduced risk. We help enterprises drive software and IT process improvements by aligning their internal practices to industry best practices and frameworks such as CMM/CMMi, ITIL, RUP, ISO, SAS 70, COPC and BS 7799.

CSS supports and manages technology infrastructure platforms and applications for Fortune 2000 companies, and provides support solutions for products and applications from ISVs and consumer technology providers.