architectural support. Several organizations have recently transformed themselves by developing successful combinations of agility and architecture that scale up to projects of up to 100 personnel. This paper identifies a set of key principles for such architected agile solutions for software-reliant systems

Abstract. Dynamic market situation and changing customer requirements generate more demands for the product development. Product releases should be developed and managed in short iterations answering to the rapid external changes and keeping up a high quality level. Agile practices (such

. For the purpose of development of high quality software which can optimally satisfy the customer, organizations can make use of software development methods, like as Agile methods which are more appropriate and flexible to changing requirements at any stage in the development process. Many of the organizations

world of cooperating services where application components are assembled with little effort into a network of services that can be loosely coupled to create flexible dynamic business processes and agile applications that may span organisations and computing platforms. SOC is being shaped by

and the technology have moved on, making the delivered system, even if it is correct, irrelevant. Worse, some systems are "wicked," in that the existence of a solution changes the (perception of the) problem, which makes a complete and detailed specification document somewhat futile. Agile methods propose

that can satisfactorily guide the improvement and assess the status of agile processes. Currently, there are no alternatives other than models such as CMMI or ISO/IEC 15504 which, unfortunately, contain many assumptions that conflict with the agile attitude. This work suggests a solution for this problem

and Testing process. The possible solutions are also analyzed in this paper which can eliminate much of the problems, thereby increasing the efficiency and effectiveness of Agile Software Development Methodology, thus making it one step close toward the methodology of future. The comparison of agile

with FPGA logic, Xilinx has been able to deliver the industry's most flexible analog subsystem. This novel combination of analog and programmable logic is called Agile Mixed Signal. This white paper provides an introduction to the benefits and features of the XADC and Agile Mixed Signal solutions

Interface (GUI) system making full use of Object Oriented development techniques. The IFS system will be able to provide a modular, flexible solution that will satisfy your business systems needs utilising a combination of the modules illustrated in the IFS Tower diagram.

with these techniques, including poor accuracy, poor scalability, lack of statistical robustness, poor agility in adapting to bandwidth changes, lack of flexibility in deployment, and inaccuracy when used on a variety of traffic types. Our solutions to these problems include using a packet window to adapt quickly