Many security attacks accomplish their goals by controlling the inputs to a target program. Based on this insight, we have developed a novel and highly effective approach to developing malware signatures. 1 These signatures, also called “basic building blocks ” of malware, possess the essential

-retrieval systems and recommenda-tion systems. The main contribution of this paper is a column-store-tool-kit, a basic building block of low-level components for constructing applications based on column store principles. We present a minimal amount of necessary structural elements and associated operations

consist of brief (<2 seconds) haptic stimuli composed of a simple waveform at a constant frequency and amplitude. Building on previous results showing that a set of 12 such haptic stimuli can be perceptually distinguished, here we test learnability and recall of associations for arbitrarily chosen

ling Diode (RTD) logic circuits are Threshold Gates (TGs) instead of the conventional Boolean gates (AND, OR, NAND, NOR) due to the fact that, when designing with RTDs, threshold gates can be implemented as efficiently as conventional ones, but realize more complex functions. Recently, RTD structures implementing Multi-Threshold Threshold Gates (MTTGs) have been proposed which further increase the functionality of the original TGs while main-taining their operating principle and allowing also the implemen-tation of nanopipelining at the gate level. This paper describes the design of n-bit adders using these MTTGs. A comparison with a design based on TGs is carried out showing advantages in terms of latency, device counts and power consumption.

This paper discusses the techniques used to optimize the performance of an off-the-shelf PLL-based clock distribution system.

. In this paper we discuss a number of basic building blocks that allow to effectively implement computational structures in those new paradigms, and analyze them in terms of area, delay, and energy consumption.

-) arrays can be fabricated in wafer size dimensions (currently about 8 cm in length); read out chips have dimensions of about 1 cm 2 . A natural (but not trivial) thing would be to use the silicon diode array as the basic building block for a detector system. Several read out chips have to be bonded onto

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Using an audit data pseudonymization system as an example, we show how the APES approach for basic anonymity building blocks can be used to informally evaluate the design of a given anonymity system. As a by-product we obtain indications of the usefulness and (in)completeness of the APES building

Using an audit data anonymization system as an example, we show how the APES approach for basic anonymity building blocks can be used to evaluate the design of a given anonymity system. As a side-product we obtain indications of the incompleteness of the APES building blocks approach.