aspect-oriented extension to Java enables plug-and-play implementations of crosscutting. Many software developers are attracted to the idea of AOP—they recognize the concept of crosscutting concerns and know they have had problems with the implementation of such concerns in the past. But they have

have implemented a scheme based on mobile agents. This paper describes the plug-and-play concept for ne...

that needs to be transmitted, problems inherent to heterogeneous environment, like interoperability issues, problems with maintainability of involved software, etc. The necessary elements of the infrastructure have been implemented in Java. The infrastructure includes mechanisms for code migration

. But There are many problem for Plug-and-Play on Modular robot. So I propose that the concrete definition of Plug-and-Play for Modular robot. And then I implement this mechanism to evaluate it. The result show that our Plug-and-Play mechanism is effective for modular robot. Key Words: plug-and-play, destributed

channel quality is near the peak. The diversity gain increases with the dynamic range of the fluctuations and is thus limited in environments with little scattering and/or slow fading. In such environments, we propose the use of multiple transmit antennas to induce large and fast channel fluctuations so

Given the central role that software development plays in the delivery and application of information technology, managers are increasingly focusing on process improvement in the software development area. This demand has spurred the provision of a number of new and/or improved approaches

of plug-and-play-ness based upon mobile agents and describe its implementation. We argue that the la...

Abstract. We present the Plug-and-Play IP Security (PnP-IPsec) protocol. PnP-IPsec automatically establishes IPsec security associations between gateways, avoiding the need for manual administration and coordination between gateways, and the dependency on IPsec public key certificates- the two

This paper compares two solutions for human-like perception using two different modular “plug-and-play” frameworks, CAVIAR (List et al, 2005) and Psyclone (Thórisson et al, 2004, 2005a). Each uses a central point of configuration and requires the modules to be auto-descriptive, auto

-dependent and the problem-independent elements. This allows us to just plug in bounds for the problem-dependent elements to get runtime guarantees for dual-tree algorithms for any pairwise statistical problem without re-deriving the entire proof. We demonstrate this plug-and-play procedure for nearest-neighbor search