be dramatically reduced because designers need only veri ’ the correctness of the checker unit. We detail the DIVA checker architecture, a design optimized for simplicity and low cost. Using detailed timing simulation, we show that even resource-frugal DIVA checkers have little impact on core processor

. To ease of the users ’ burden, flexible adaptation and personalization support are fundamental requirements for service architecture. In this paper, we present the Simplicity architecture based on the concepts of a Simplicity Device for storing a user’s profile, and a policy-driven brokerage framework. We

facilities. This paper provides a description of the Simplicity System Architecture. Index Terms — service personalization, service portability, user

, personalization and ease of use of ICT (Information and Communication Technology) services are a fundamental feature. In this paper, after a short introduction on the Simplicity project, the Simplicity approach is presented in Section 2, while Section 3 reports a sketch of the system architecture. 1.

Although VLIW architectures offer the advantages of simplicity of design and high issue rates, a major impediment to their use is that they are not compatible with the existing software base. We describe new simple hardware features for a VLIW machine we call DAISY (Dynamically Architected

, enumeration, and predictictability are discussed. A historical review is also included. The overriding interest in this research is to develop methods and procedures to investigate geometry for the purpose of inspiration for new architectural and sculptural forms. This particular phase will concern the two

. Despite the simplicity of the model employed, we find that the ensuing pathways display a surprisingly rich set of properties, including the existence of autocatalytic cycles and hierarchical modules, the appearance of universally preferable metabolites and reactions, and a logarithmic trend of pathway

functions. Despite the simplicity of the model employed, we find that the ensuing pathways display a surprisingly rich set of properties, including the existence of autocatalytic cycles and hierarchical modules, the appearance of universally preferable metabolites and reactions, and a logarithmic trend

We propose a new approach for constructing P2P networks based on a dynamic decomposition of a continuous space into cells corresponding to processors. We demonstrate the power of these design rules by suggesting two new architectures, one for DHT (Distributed Hash Table) and the other for dynamic

Abstract. Computer support of architectural sketch design persistently remains a topic of research, rather than a reality of practice. The inherent complexity of creative design may be one reason; the alienation of designers by technology another. The author suggests that to avoid alienation we