MODELS FOR EMBEDDED REPAIRING LOGIC BLOCKS

A Fast and Self-Repairing Genetic Programming Designer for Logic Circuits

Usually, important parameters in the design and implementation of combinational logic circuits are the number of gates, transistors, and the levels used in the design of the circuit. In this regard, various evolutionary paradigms with different competency have recently been introduced. However, while being advantageous, evolutionary paradigms also have some limitations including: a) lack of con...

Building Blocks for Embedded Control Systems

Developing embedded control systems using a building-block approach at all the parts enables an efficient and fast design process. Main reasons are the real plug-and-play capabilities of the blocks. Furthermore, due the simulatability of the designs, parts of the system can already be tested before the other parts are available. We have applied an object-oriented approach for modeling all three...

Repairing databases with annotated predicate logic

Logic Programs for Repairing Inconsistent Dimensions in Data Warehouses

A Data Warehouse (DW) is a data repository that integrates data from multiple sources and organizes the data according to a set of data structures called dimensions. Each dimension provides a perspective upon which the data can be viewed. In order to support an efficient processing of queries, a dimension is usually required to satisfy different classes of integrity constraints. In this paper, ...

FSM Implementation in Embedded Memory Blocks of Programmable Logic Devices Using Functional Decomposition

Since modern programmable devices contain embedded memory blocks, there exists a possibility to implement Finite State Machines (FSM) using such blocks. The size of the memory available in programmable devices is limited, though. The paper presents a general method for the synthesis of sequential circuits using embedded memory blocks. The method is based on the serial decomposition concept and ...