摘要:
An information processing system comprises a plurality of systems (1, 3, 4, 6) communicating through a transmission path (2) and performing a processing base on their own function. One of the plurality of systems acts as as an supervising system having a supervising function. The supervising system (1, 4) sets a goal for each of the plurality of systems, collects the processing result on each system and evaluates the processing result; and on the basis of the processing result, the supervising system sets a new goal for each system considering a goal of the entire system comprising said plurality of systems.
摘要:
An information processing system comprises a plurality of systems (1, 3, 4, 6) communicating through a transmission path (2) and performing a processing base on their own function. One of the plurality of systems acts as as an supervising system having a supervising function. The supervising system (1, 4) sets a goal for each of the plurality of systems, collects the processing result on each system and evaluates the processing result; and on the basis of the processing result, the supervising system sets a new goal for each system considering a goal of the entire system comprising said plurality of systems.
摘要:
A direct current detecting device is disclosed in which two pairs of saturable cores (11, 12; 13, 14) are provided so as to enclose a conductor (21) carrying a direct current to be measured. On each core, a bias winding (51-54), a feedback winding (41-44) and an output winding (31-34) are wound. First and second output circuits (1, 2) are provided, each connected with one pair of output windings and including two closed current paths each consisting of one of the output windings, a common load (63; 64), a common a.c. supply source (61; 62) and a diode (75, 76; 77, 78). These diodes function to allow the greater one of current flows of the two closed paths to be passed through the common load, in order to give an output signal in which slits or notches are reduced. An amplifier (100) is connected to receive the difference between output signals of the two output circuits and to supply its output to the feedback winding, whereby the magnitude of the feedback current becomes a function of the magnitude of the current flowing through the conductor and can be measured by an indicator 102.