Tuesday, August 26, 2014

Webcom Technologies:ERP Trends in Mobile Apps and Integrated Processes

Webcom says,selecting and implementing an ERP solution is always a key strategic decision for CIOs. However, the introduction of enterprise software is anything but trivial, and in many ways, is a mission-critical investment.
When choosing an ERP system, 88% of CIOs prefer an integrated IT system. These promise seamless and more stable business processes. Only 11% of IT directors prefer to map business processes based on a best-of-breed approach that uses multiple tailored solutions.

Key requirements for the ERP system

According to Webcom,Ideally,classic ERP core areas such as logistics, warehouse management, and accounting should be closely integrated in order to minimize costs for setting up and maintaining interfaces and data transfers between individual solutions. A key requirement for 84% of those surveyed is that scanner applications are also integrated into the overall ERP system. 72% also want integrated functions for product development and recipe management. 71% of IT directors also think it would be useful if the future ERP system contained workflow components. This would allow processes such as document forwarding, invoice processing, and approval processes to be automated.

ERP processes via tablets and smartphones

For Webcom,three quarters of IT managers believe that mobile apps for business intelligence will play an important or very important role in three years. The figure currently stands at 60%. Mobile BI apps will allow managing directors and other decision makers to retrieve business KPIs and liquidity analyses, for example, on the move, and to access the latest data about company development.
As far as Webom is concerned,within the course of normal ERP operations, IT outsourcing services are often used. 29% of respondents said that they had outsourced system monitoring to an external service provider, and slightly more than a quarter said they had outsourced the hosting of an ERP application as a managed service. By 2016, a further 28% intend to outsource system monitoring to an external IT provider, and one quarter also intend to outsource hosting services. .

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Tuesday, August 12, 2014

Webcom Technologies:Eclat IT Training

Eclat IT Training with Webcom Technologies

IT Training by Webcom Technologies provides practitioners and business analysts with an introduction to the skills and techniques required to design new processes or to redesign and improve existing processes. This course is a must for fresh as well as experienced professionals. More so for the fact that a new breed of technology companies is emerging that is paying software engineers in India substantially more than traditional ones. And to make it to such companies and earn good, it is mandatory to live up to their expectations

Webcom Technologies’s course focuses on identifying opportunities for process improvement and presents the process analysis, modeling and design techniques and tools required to improve performance. Participants learn to scope processes and to model organizations, value chains and specific processes using graphical models to document results. And they learn how to design measurement techniques for evaluating outcomes. Guidelines are provided for establishing modelling standards and selecting tools.

The course is organized around a universally applicable case study that will be developed by attendees working in teams. The approach is hands-on and business oriented and attendees will be able to immediately apply what they learn within their own organization.

In today’s workplace, the right credentials can help one stand out and Webcom Technologies’s innovative programs can help in moving ahead in career. Be it learning the newest software release or taking career in a whole new direction, these programs can get you started or keep you in the lead.

Presently the Indian IT industry is flooded with projects, which are pending due to not getting the suitable and desired workforce possessing right experience in hand. Webcom Technologies acknowledges this concern and trains individuals into professional with the proficiency to handle the IT projects with prowess.

Webcom Technologies: Choose a Real-Time Operating System

Webcom Technologies  provides article on c RTOS to choose a Real-time operating system? This article provides an overview of RTOSes and how you can select the best one for your project.

Engineers often use the term “real time” to describe computing problems for which a late answer is as bad as a wrong one. These problems are said to have deadlines, and embedded systems frequently operate under such constraints. Webcom Technologies renders a brief introduction with Real Time System:

Real time systems

The designers of real-time systems at webcom technologies spend a large portion of their time worrying about worst-case performance. They must constantly ask themselves questions like: what is the worst-case time between the human operator pressing the brake pedal and an interrupt signal arriving at the processor? What is the worst-case interrupt latency?

Most of the commercial embedded operating systems available today are designed for possible inclusion in real-time systems. In the ideal case, their worst-case performance is well understood and documented. To earn the distinctive title “Real-Time Operating System” (RTOS), an operating system should be deterministic and have guaranteed worst-case interrupt latency and context-switch times. Given these characteristics and the relative priorities of the tasks and interrupts in your system, it is possible to analyze the worst-case performance of the software using a technique such as rate monotonic analysis.

Webcom Technologies finds three major parameters of choosing the OS. An operating system is said to be deterministic if the worst-case execution time of each of its system calls is calculable. An operating system vendor that takes the real-time behavior of its product seriously will usually publish a datasheet providing the minimum, average, and maximum number of clock cycles required by each system call.

Interrupt latency is the total length of time from an interrupt signal arriving at the processor to the start of the associated interrupt service routine (ISR). When an interrupt occurs, the processor must take several steps before executing the ISR. First, the processor must finish executing the current instruction. Next, the interrupt type must be recognized. This is done by the hardware and does not slow or suspend the running task. Finally, and only if interrupts are enabled, the CPU’s context is saved and the ISR associated with the interrupt is started.

The third real-time characteristic of an operating system is the amount of time required to perform a context switch. This is important because it represents overhead across your entire system. For example, imagine if the average execution time of any task before it blocks is 100ms but that the context-switch time is also 100ms. In that case, fully one half of the processor’s time is spent within the context-switch routine!

Again, there is no magic number and the actual times are usually processor-specific, since they are dependent on the number of registers that must be saved and where. Be sure to get these numbers from any operating system vendor you are thinking of using. That way, there won’t be any last minute surprises.