University scheduling timetabling problem, falls into NP hard problems. Re-searchers have tried with many techniques to find the most suitable and fastest way for solving the problem. With the emergence of multi-core systems, the parallel implementation was considered for finding the solution. Our approaches attempt to combine several techniques in two algorithms: coarse grained algorithm and multi thread tournament algorithm. The results obtained from two algorithms are compared, using an algorithm evaluation function. Considering execution time, the coarse grained algorithm performed twice better than the multi thread algorithm
The university course-timetabling problem is a NP-C problem. The traditional method of arranging cou...
Schedule generation is a common real-world problem, that has been shown to behard to solve. In a sch...
Abstract- Course scheduling problem is hard and time-consuming to solve which is commonly faced by a...
University scheduling timetabling problem, falls into NP hard problems. Re-searchers have tried with...
The automated timetabling and scheduling is one of the hardest problem areas. This isbecause of cons...
AbstractBuilding university timetables is a complex process that considers varying types of constrai...
The university timetabling problem is a scheduling problem that many educational institutions need t...
Building university timetables is a complex process that considers varying types of constraints and ...
The field of automated timetabling and scheduling meeting all the requirementsthat we call constrain...
The university timetabling problems (TTP) deal with the scheduling of the teaching program. Over the...
In this paper, we present a task-scheduling heuristic, based on parallel genetic algorithm (PGA). Th...
With the increasing use of computers in research contributions, added need for faster processing has...
The problem of developing a class schedule for a faculty has been proven to be NP-complete. Therefo...
Parallel Processing refers to the concept of speeding-up the execution of a task by dividing the tas...
The university course timetabling problem is both an NP-hard and NP-complete scheduling problem. The...
The university course-timetabling problem is a NP-C problem. The traditional method of arranging cou...
Schedule generation is a common real-world problem, that has been shown to behard to solve. In a sch...
Abstract- Course scheduling problem is hard and time-consuming to solve which is commonly faced by a...
University scheduling timetabling problem, falls into NP hard problems. Re-searchers have tried with...
The automated timetabling and scheduling is one of the hardest problem areas. This isbecause of cons...
AbstractBuilding university timetables is a complex process that considers varying types of constrai...
The university timetabling problem is a scheduling problem that many educational institutions need t...
Building university timetables is a complex process that considers varying types of constraints and ...
The field of automated timetabling and scheduling meeting all the requirementsthat we call constrain...
The university timetabling problems (TTP) deal with the scheduling of the teaching program. Over the...
In this paper, we present a task-scheduling heuristic, based on parallel genetic algorithm (PGA). Th...
With the increasing use of computers in research contributions, added need for faster processing has...
The problem of developing a class schedule for a faculty has been proven to be NP-complete. Therefo...
Parallel Processing refers to the concept of speeding-up the execution of a task by dividing the tas...
The university course timetabling problem is both an NP-hard and NP-complete scheduling problem. The...
The university course-timetabling problem is a NP-C problem. The traditional method of arranging cou...
Schedule generation is a common real-world problem, that has been shown to behard to solve. In a sch...
Abstract- Course scheduling problem is hard and time-consuming to solve which is commonly faced by a...