A reference counting garbage collector cannot reclaim unreachable cyclic structures of objects. Therefore, reference counting collectors either use a backup tracing collector seldom, or employ a cycle collector to reclaim cyclic structures. Recently, the first on-the-fly cycle collector, that may run concurrently with program threads, was presented by Bacon and Rajan [3]. This demonstrated the ...

Functional programming languages use garbage collection for heap memory management. Ideally, garbage collectors should reclaim all objects that are dead at the time of garbage collection. An object is dead at an execution instant if it is not used in future. Garbage collectors collect only those dead objects that are not reachable from any program variable. This is because they are not able to ...

A reference counting garbage collector cannot reclaim unreachable cyclic structures of objects. Therefore, reference counting collectors either use a backup tracing collector seldom, or employ a cycle collectors to reclaim cyclic structures. Recently, the first on-the-fly cycle collector, that may run concurrently with program threads, was presented by Bacon and Rajan [3]. This demonstrated the...

The need for recycling Modern microelectronics fabs are dependent upon a continuous flow of UPW for normal operations, requiring 500 cubic meters per hour or more to manufacture product. Each new fab uses 4,000 to 12,000 cubic meters per day just for wafer processing. As the industry continues to expand and develop more advanced technologies, an even greater burden is placed on limited water, s...

With rising consumer demands, society is tapping into wastewater as an innovative source to recycle depleting resources. Novel reclamation technologies have been recently explored for this purpose, including several that optimize natural biological processes targeted reclamation. However, emerging field has a noticeable dearth of synthetic material are programmed capture, release, and specified...

* 1Assistant Professor and Extension Specialist, 2Extension Associate and, 3Assistant Professor and Extension Economist; 4Field Engineer (USDA-NRCS, Colorado) Farmers can increase yields and net returns by installing artificial drainage systems on soils that have poor natural drainage. Artificial drainage systems can also increase land value, improve crop insurance coverage, and reclaim saline ...