IMPORTANT AND PERFORMANCE ANALYSIS TINGKAT KEPUASAN MAHASISWA PROGRAM D-3 EKONOMI TERHADAP KINERJA PROGRAM D-3 EKONOMI

3-D ICs: Performance Analysis, and Technology

Interconnect delays are increasingly dominating IC performance due to increases in chip size and reduction in the minimum feature size [1]. In spite of new materials like Cu and a low-k dielectric interconnect delay is expected to be substantial below 130 nm technology node, thereby severely limiting chip performance [2]. Therefore, the need exists for alternative technologies to overcome this ...

FastCap: a multipole accelerated 3-D capacitance extraction program

In this paper a fast algorithm for computing the capacitance of a complicated 3-D geometry of ideal conductors in a uniform dielectric is described and its performance in the capacitance extractor FastCap is examined. The algorithm is an acceleration of the boundary-element technique for solving the integral equation associated with the multiconductor capacitance extraction problem. Boundary-el...

Performance Visualization : 2 - D , 3 - D , and Beyond

During the past ten years, performance data vi-sualization techniques have evolved from static, two-dimensional graphics to dynamic graphics and im-mersive virtual environments. We sketch the domain of applicability for each visualization technique using analysis of input/output behavior and WWW traac as example problem domains. With this background, we describe experiences with virtual environ...

3-D eye movement analysis.

This paper presents a novel three-dimensional (3-D) eye movement analysis algorithm for binocular eye tracking within virtual reality (VR). The user's gaze direction, head position, and orientation are tracked in order to allow recording of the user's fixations within the environment. Although the linear signal analysis approach is itself not new, its application to eye movement analysis in thr...

Planetary Atmospheres Program on a program of research on the d , , j / o ? 3 ORIGIN AND EVOLUTION OF PLANETARY ATMOSPHERES