The main required organ of the biological system is Central Nervous System (CNS), which can influence other basic organs in human body. elements this important are neurons, synapses, and glias (such as astrocytes, highest percentage brain). Investigating, modeling, simulation, hardware implementation (realization) different parts CNS case achieving a comprehensive neuronal that capable emulatin...

OBJECTIVES Dementia with Lewy bodies (DLB) is the second most common degenerative cause of dementia, whereas lower urinary tract (LUT) function in DLB patients has not been fully delineated. We investigated LUT function in DLB by clinical-urodynamic observations. METHODS We examined 32 patients with DLB (23 men, 9 women; aged 59-86 [mean, 75.9] years; disease duration, 0.2-17 [3.3] years). Al...

The paper proposes the technology of control of integrity and legitimacy of information object usage with the Look Up Table-oriented (LUToriented) architecture. The technology is based on embedding the self-recovery digital watermark into information objects of such kind. The technology is the composition of approaches to forming the self-recovery digital watermarks in the passive multimedia co...

This paper studies joint security and robustness enhancement of quantization-based data embedding for multimedia authentication applications. We present analysis showing that through a lookup table (LUT) of nontrivial run that maps quantized multimedia features randomly to binary data, the probability of detection error can be considerably smaller than the traditional quantization embedding. We...

This paper studies joint security and robustness enhancement of quantization based data embedding for multimedia authentication applications. We present analysis showing that through a lookup table (LUT) of non-trivial run that maps quantized multimedia features randomly to binary data, the detection error probability can be considerably smaller than the traditional quantization embedding. We q...

A multiple-output function can be represented by a binary decision diagram for characteristic function (BDD for CF). This paper presents a method to represent multiple-output incompletely specified functions using BDD for CFs. An algorithm to reduce the widths of BDD for CFs is presented. This method is useful for decomposition of incompletely specified multiple-output functions. Experimental r...

This paper presents a hybrid logic simulator using both an event-driven and a cycle-based methods. For special primitives such as memories and tri-state buffers, it uses an event-driven method. For other parts, it uses a cyclebased method using LUT cascade emulators. To simulate a large scale circuit, it partitions the circuit into smaller ones, and realizes each part by an LUT cascade emulator...

In this thesis, an optimized polynomial evaluation algorithm is presented. Compared to Horner’s Rule which has the least number of computation steps but longest latency, or parallel evaluation methods like Estrin’s method which are fast but with large hardware overhead, the proposed algorithm could achieve high level of parallelism with smallest area, by means of replacing multiplication with s...

The Peak Dynamic Power Estimation (PDPE) problem involves finding input vector pairs that cause maximum power dissipation (maximum toggles) in circuits. The PDPE problem is essential for analyzing the reliability and performance of digital circuits prior to fabrication. This paper proposes a methodology for solving the PDPE problem on circuits mapped onto Field Programmable Gate Arrays (FPGAs)....