The active vision paradigm couples perception and action at several different levels. The effective use of active vision in complex robotic tasks requires that these levels operate both independently and cooperatively, reliably and in real-time. In this paper; we present a system for real-time active vision with fault tolerance. The system provides a vocabulary of active vision routines along w...

稲越断層は岐阜県北部に分布する活断層の一つである．著者らは稲越断層の活動性評価に資するべく，断層西部に露出する未報告の断層露頭を記載した．本断層露頭は地形的に検出された断層トレース上に位置し，幅約5 mの断層ガウジ・断層角礫帯を有する．複合面構造は右横ずれを示し，地形解釈に基づく運動方向と調和的である．断層を覆う砂礫層は局所的に断層帯内部に挟み込まれており，砂礫層に含まれる腐植土の放射性炭素年代はAD 1521-1658であった．これらのことは，本断層露頭が稲越断層の本体であること，稲越断層は約500-350年前以降に岐阜県北部で発生した4つの歴史地震のいずれかに伴い活動した可能性があることを示す．

This chapter describes a study on workflow scheduling with fault tolerance. It starts with an understanding on workflow scheduling and fault tolerance technologies independently. Next, the chapter surveys the related works on the combination field of workflow scheduling and fault tolerance technologies. Generally, these works are classified into six categories corresponding to the six fault tol...

We estimated horizontal velocities at 25 sites first surveyed in a 1901–1903 British Ordnance Survey triangulation and then resurveyed with GPS in 1994–1995 to identify Trinidad’s principal active on-land faults, quantify fault-slip-rates, and test for elastic locking. Our best-fit single-fault elastic dislocation model put 12 3 mm/yr of dextral strike-slip on the Central Range Fault (1–2 km lo...

Introduction: Quaternary basalts are one of the last signs of magmatism in Iran, some of which are related to deep fractures and active faults in the Quaternary. Quaternary basalts of Tabas are very important due to their high expansion and location in eastern Iran, and are located 140 km south east of Tabas city and according to the proposed divisions are part of the Lut zone. The aim of this...