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Showing papers by "Hitoshi Yanami published in 2013"


Patent
04 Mar 2013
TL;DR: In this paper, a control server 100 pertaining to the present embodiment classifies a plurality of notebook PCs 30 into a plurality groups so that a total value of remaining capacities becomes similar to the remaining capacities of rechargeable batteries of other groups, for each of the classified groups, a local search method group by group and thereby creates a control plan for each notebook PC 30.
Abstract: PROBLEM TO BE SOLVED: To create a charge/discharge plan in a short processing time.SOLUTION: A control server 100 pertaining to the present embodiment classifies a plurality of notebook PCs 30 into a plurality of groups so that a total value of remaining capacities becomes similar to a total value of remaining capacities of rechargeable batteries of a plurality of notebook PCs included in other groups. The control server 100 pertaining to the present embodiment executes, for each of the classified groups, a local search method group by group and thereby creates a control plan for each notebook PC 30.

2 citations


Patent
04 Jul 2013
TL;DR: In this paper, a second control plan consisting of second commands is generated by replacing some of first commands included in a first control plan determining a plurality of times of control command repeated for a plurality at intervals by other commands.
Abstract: PROBLEM TO BE SOLVED: To optimize a plan of controlling a plurality of devices efficiently.SOLUTION: A second control plan consisting of second commands is generated by replacing some of first commands included in a first control plan determining a plurality of times of control command repeated for a plurality of apparatuses at intervals by other commands. State transition is simulated when a plurality of apparatuses are controlled according to the plurality of times of second command in the second control plan. Based on the simulation results, a determination is made whether the state transition by the second control plan is closer to a predetermined target than the state transition by the first control plan. If it is closer to the target, a processing for updating first control plan by the second control plan is repeated. When a continuation command meaning repetition of the second command is included in the second control plan, in the simulation, the state transition is determined by performing the control of the continuation command with the previous second command.

2 citations