Our Bushblok program has been utilizing the biomass material created by harvesting the thornbush that encroaches on valuable habitat lands to create an award winning fuel log.
Binary Integer Programming has been utilized previously for partitioning of applications (although not leveraging an asymmetric data exchange model or a cross-tier partitioning).
A combination of gene modeling programs has been utilized for annotation, such as Generation, Glimmer, Critica, and more recently, Prodigal (http://genome.ornl.gov/microbial/notes.html), often augmented by manual annotation.
A mixed-integer linear programming model has been utilized to determine an optimal RTU control strategy during a DR event.
A non-linear finite element programming system has been utilized in order to model the complex physical phenomena involved in the present impact process.
The MapReduce programming model has been utilized by major computing companies and has been integrated by novel cyber physical systems (CPS) in order to perform large-scale data processing.
In the present paper, chance constrained programming approach has been utilized for incorporating the resource uncertainty in the system sizing and the concept of design space is extended to incorporate resource uncertainty.
Since then, a commercial, web-based, HIPPA compliant program, New-Innovations.com, has been utilized.
Gene expression programming technique (GEP) has been utilized for this purpose.
The goal programming (GP) model has been utilized for designing a quality control system (QCS) where several features are simultaneously considered.
