ADVANCED PLACEMENT REVISITED

Quadratic Placement Revisited 1

The “quadratic placement” methodology is rooted in [6] [14] [16] and is reputedly used in many commercial and in-house tools for placement of standard-cell and gate-array designs. The methodology iterates between two basic steps: solving sparse systems of linear equations, and repartitioning. This work dissects the implementation and motivations for quadratic placement. We first show that (i) K...

Quadratic Placement Revisited M1.3 : Methodology (techniques for Deep-submicron Placement)

The basic \quadratic placement" methodology is rooted in works by Wipper et al. 36], Cheng and Kuh 8], Tsay et al. 32, 33, 34] and many others. It is also, reputedly, an approach that has been used in commercial and in-house tools for placement of standard-cell and gate-array designs. The quadratic placement methodology entails (i) solving recursively generated sparse systems of linear equation...

Advanced dental implant placement techniques

The availability of in office Cone Beam CT (CBCT) scanners, dental implant planning software, CAD CAM milling, and rapid printing technologies allow for the precise placement of dental implants and immediate prosthetic temporization. These technologies allow for flapless implant placement, or open flap bone reduction for "All on 4" techniques with improved preoperative planning and intraoperati...

Sensor Placement Revisited in a Realistic Environment

Ad-hoc networks of devices and sensors with (limited) sensing and wireless communication capabilities are becoming increasingly available for commercial and military applications. Under a national SensorNet initiative, we have built prototype deployment of a detection, identification, and tracking sensor-cyber network in a variety of locations including Washington D.C. and Port of Memphis. One ...

Native Son - Advanced Placement Literature Teaching Unit