Lecture Notes in Computer Science

Software Development Graphs a unifying concept for software development?.- Concurrent runtime checking of annotated Ada programs.- Recovery of noncurrent variables in source-level debugging of optimized code.- Automatic retargetable code generation: A new technique.- An implementation of OBJ2: An object-oriented language for abstract program specification.- Explicit representation of terms defined by counter examples.- A framework for intelligent backtracking in logic programs.- A generalization of Backus' FP.- Shortest-path motion.- Via assignment in single row routing.- Average-case analysis of the Modified Harmonic algorithm.- Covering minima and lattice point free convex bodies.- Binary decompositions and acyclic schemes.- Thin homogeneous sets of factors.- Irreducible polynomials over finite fields.- Basis reduction and evidence for transcendence of certain numbers.- A characterization of asynchronous message-passing.- Modular synthesis of deadlock-free control structures.- Distributed resource sharing in computer networks.- On proving communication closedness of distributed layers.- A distributed algorithm for edge-disjoint path problem.- Scheduling of hard real-time systems.- A polynomial approximation scheme for machine scheduling on uniform processors: Using the dual approximation approach.- Connectivity algorithms using rubber bands.- On simple and creative sets in NP.- Complexity of sufficient-completeness.- Sampling a population with a semi-random source.- An optimal parallel algorithm for dynamic expression evaluation and its applications.- Extension of the parallel nested dissection algorithm to path algebra problems.- On synthesizing systolic arrays from Recurrence Equations with Linear Dependencies.- An efficient parallel algorithm for term matching.