In the near future, many personal electronic devices will be able to communicate with each other over a short range wireless channel. We investigate

this paper we first discuss the wire metrics of interest and examine them in a contemporary 0.25m process. We then discuss technology scaling over the next several generations, from SIA and other predictions, and how our wire metrics trend over that time. We will examine the delay and bandwidth limitations of both long global wires and short local wires and discuss architectural design techniques that help us avoid the limitations of scaled wires.

Abstract. This paper summarize the present status and near term perspectives for Diffractive Physics at Tevatron. We describe the new detectors that are being installed around the CDF and DØ interaction regions, and discuss the physics topics accessible in view of these upgrades. 1

Given a snapshot of a social network, can we infer which new interactions among its members are likely to occur in the near future? We formalize this question as the link-prediction problem, and we develop approaches to link prediction based on measures for analyzing the “proximity” of nodes in a

software we will gain access to more data, but not improve access to the type and quality of information needed for decision making. To develop the concepts needed for future information systems we model information processing as an interaction of data and knowledge. This model provides criteria for a high

are wearable(s)

[1] Global tropospheric ozone distributions, budgets, and radiative forcings from an ensemble of 26 state-of-the-art atmospheric chemistry models have been intercompared and synthesized as part of a wider study into both the air quality and climate roles of ozone. Results from three 2030 emissions scenarios, broadly representing ‘‘optimistic,’’ ‘‘likely,’ ’ and ‘‘pessimistic’ ’ options, are compared to a base year 2000 simulation. This base case realistically represents the current global distribution of tropospheric ozone. A further set of simulations considers the influence of climate change over the same time period by forcing the central emissions scenario with a surface warming of around 0.7K. The use of a large multimodel ensemble allows us to identify key areas of uncertainty and improves the robustness of the results. Ensemble mean changes in tropospheric ozone burden between 2000 and 2030 for the 3 scenarios range from a 5 % decrease, through a 6 % increase, to a 15 % increase. The intermodel uncertainty (±1 standard deviation) associated with these values is about ±25%. Model outliers have no significant influence on the ensemble mean results. Combining ozone and methane changes, the three scenarios produce radiative forcings of 50, 180, and 300 mW m 2, compared to a CO2 forcing

contain these Terms of use. This paper has been digitized, optimized for electronic delivery and stamped with digital signature within the project DML-CZ: The Czech Digital

Windowing Toolkit, a package for building GUIs in Java bytecode verifier Mechanism to verify that Java language constraints are satisfied by the class bytecode class loader Mechanism to dynamically locate and resolve Java classes code signing Mechanism to ensure code authenticity by signing classes with digital signatures DES Data Encryption Standard, an encryption algorithm, currently a US federal information-processing standard Diffie-Hellman A key-agreement mechanism based on exponentiation modulo a prime number DSA Digital Signature Algorithm, produces digital signatures based on arithmetic operations; a federal and NIST standard JDK Java Development Kit JVM Java Virtual Machine MD5 A message digest algorithm; for digital signature applications where a large message must be compressed securely before being signed; an Internet standard SHA-1 Secure hash algorithm (revised 1994), developed by NIST SKIP Simple key management for Internet protocols SSL secure sockets layer,...

Abstract not found