Tolerance design plays a significant role in the relationship between the performance and the manufacture of a product. It is important to maintain valid tolerances when product design is constrained by the relationship between the dimensions of entities of a component and the functional requirement of the design. Increasing the tolerance may decrease the manufacturing cost, but will also worse...

breeding for environmental stress is one of the most important goals in plant breeding. among stresses, drought stress has high influencing on limitation of wheat production. so, in order to find the best drought tolerant genotypes, 24 genotypes were planted in three separate experiments in ardebil: one with optimum irrigation (control), another with water stress at pre-anthesis stage and the o...

in order to study stress tolerance indices and identifying tolerance genotypes to drought stress condition 16 genotypes of durum wheat were assessed in a randomized complete block design with four replications under two irrigated and rainfed conditions in the research station located in west of iran ilam in 2006- 2007. results showed that variation in among durum wheat genotypes under irrigated...

Technological trends into the nanometer regime have led to significantly higher failure rates. Consequently, high reliability and fault tolerance are now getting more emphasis. We are attempting to solve these issues of reliability and tolerance on a simple pipeline, generally used in many-core designs and GPUs. StageNet, which is fine-grained reconfigurable pipeline design in a multi-core proc...

The distributed minority and majority voting based redundancy (DMMR) scheme was recently proposed as an efficient alternative to the conventional N-modular redundancy (NMR) scheme for the physical design of mission/safety-critical circuits and systems. The DMMR scheme enables significant improvements in fault tolerance and design metrics compared to the NMR scheme albeit at the expense of a sli...