Byte codes have a number of properties that make them attractive for practical compression systems: they are relatively easy to construct; they decode quickly; and they can be searched using standard byte-aligned string matching techniques. In this paper we describe a new type of byte code in which the first byte of each codeword completely specifies the number of bytes that comprise the suffix...

With the increasing complexity of VLSI devices, more complex faults have appeared. Most of previous fault diagnosis methods considered a single defect assumption. However, for present technologies and chip sizes, defects have tendency to be clustered. So, we propose a multiple fault diagnosis method using a fault selection table. The proposed method can diagnose multiple defects based on a sing...

At FSE ’93, Anderson presented a modern byte-oriented rotor machine that is suitable for fast software implementation. Building on a combination of chosen ciphertexts and chosen plaintexts, we show that in a setting with multiple recipients the recovery of an (equivalent) secret key can be feasible within minutes in a standard computer algebra system.

This paper describes the logical structure of the RC 4000, a 24-bit, binary computer designed for multiprogramming operation. The design is characterized by multiple accumulators, expandable storage, low-speed and high-speed data channels, storage protection, and program interruption. Processing operations include byte manipulation, word comparison, and integer and floating-point arithmetic. Ty...

This paper presents an offline fault diagnosis method for industrial gas turbines in a steady-state. Fault diagnosis plays an important role in the efforts for gas turbine owners to shift from preventive maintenance to predictive maintenance, and consequently to reduce the maintenance cost. Ever since its birth, numerous techniques have been researched in this field, yet none of them is complet...

This paper discusses the problem of fault diagnosis under multiple sequential faults occurrence. In industrial applications this type of fault is the most common since the continuous operation of systems/processes is required. The fault diagnosis algorithms should cope with such type of multiple faults, but degradation in their fault isolation capabilities is introduced until the point that the...

The objective of this research is to compare different neural network based classifiers for the accurate and reliable assessment of the status of specific fault conditions in a system with multiple fault conditions present. The proposed strategy utilizes features extracted from vibrational data and employs selforganising maps (SOMs), radial basis function (RBF) and multi-layer perceptron (MLP) ...

We present a few new constructions for perfect linear single byte-correcting codes. These constructions generate some perfect single byte-correcting codes with new parameters, and some perfect single bytecorrecting codes with known parameters and simpler presentation and implementation over the known codes. It is also shown that nonequivalent perfect linear single byte-correcting codes exist wh...

This paper explores the idea of using Genetic Programming (GP) to evolve Java Virtual Machine (JVM) byte code to solve a sample symbolic regression problem. The evolutionary process is done completely in memory using a standard Java environment.

Inheritance powder is the name that was given to poisons, especially arsenic, that were commonly used in the 17th and early 18th centuries to hasten the death of the elderly. For most of the 17th century, arsenic was deadly but undetectable, making it nearly impossible to prove that someone had been poisoned. The first arsenic test produced a gas—hardly something that a scientist could show to ...