Following a time analysis, the project's schedule is defined.
Equipment choices as well as plant topology and associated schedule are defined simultaneously under an uncertain environment.
Grid scheduling is defined as the process of making scheduling decisions involving resources over multiple administrative domains.
The cooling schedule is defined by the initial temperature, the law of its decrease and the final temperature.
An aggregation schedule is defined as (S=bigcup _{m=1}^{D} S_{m}), where D is the aggregation delay to the sink.
Resource scheduling is defined as the mapping, allocation, and execution of workloads based on the resources selected in the resource provisioning phase [109].
Queuing and scheduling are defined by class of service (CoS), policing is defined by bandwidth profile, and performance parameters are defined by frame delay (latency), frame delay variation (jitter), frame loss probability, and availability.
Once a cost function of the networked control system for a given fixed communication schedule is defined, it is then possible to compare and choose those sequences that minimize this cost for optimal controller integration.
Similarly in SMAC protocol random sleep/wake schedule is defined for all the nodes which increase the number of wake idle nodes especially as move away from the sink node.
The simulated annealing schedule is defined by initial temperatures in points [30,000, 50,000, 100,000, 150,000], a MCL in points [30, 50, 200] and final temperatures set to 100 as well as a cooling rate α = 0.995.
