MONITORING AND SYNCHRONIZATION OF POWER USE OF COMPUTERS IN A NETWORK
A method and system for controlling the power management profiles of computers connected through a network. The method and system monitoring the electrical power use of each computer in the network, and reports this information to an authorized party, such as the network administrator. According to the method and system, an authorized party may configure and maintain a power management profile for each computer in the network. In particular, the authorized party may individually configure and maintain a power management profile for each computer. Alternately, each computer in the network can be classified in a group, and the authorized manager can then configure and maintain a single power management profile shared by each computer in the group.
1 . A method of controlling the power usage of a computer within a computer network, comprising:
defining a power management profile having a schedule for implementing at least one power setting on a computer within the computer network; and enforcing the at least one power setting on the computer according to the schedule.
2 . The method of controlling the power usage of a computer recited in claim 1 , wherein the schedule includes a reoccurring time period.
3 . The method of controlling the power usage of a computer recited in claim 1 , wherein the schedule includes a specific calendar date.
4 . The method of controlling the power usage of a computer recited in claim 1 , wherein the schedule includes a time period occurring on a specific calendar date.
5 . The method of controlling the power usage of a computer recited in claim 1 , further including defining and enforcing the schedule for a plurality of power settings on the computer.
6 . The method of controlling the power usage of a computer recited in claim 1 , further including:
defining a second schedule for implementing at least one power setting on the computer, the second schedule being different from the first schedule; and
enforcing the at least one power setting on the computer according to the second schedule.
7 . The method of controlling the power usage of a computer recited in claim 6 , wherein the at least one power setting enforced according to the first schedule is different from the at least one power setting enforced according to the second schedule.
8 . A method of controlling the power usage of a computer within a computer network, comprising:
defining a power management profile having a schedule for implementing at least one reduced power state on a computer within the computer network; and
enforcing the at least one reduced power state on the computer according to the schedule.
9 . The method of controlling the power usage of a computer recited in claim 8 , wherein the reduced power state is selected from the group consisting of: suspend, standby and hibernate.
10 . The method of controlling the power usage of a computer recited in claim 8 , further including:
defining a second schedule for implementing at least one reduced power state on the computer; and
enforcing the at least one reduced power state according to the second schedule.
11 . The method of controlling the power usage of a computer recited in claim 10 , wherein the reduced power state enforced according to the first schedule is different from the reduced power state enforced according to the second schedule.
12 . A method of controlling the power usage of a computer within a computer network, comprising:
receiving a power management profile at a computer within the computer network from a source other than the computer, the power management profile including at least one power setting and a schedule for implementing the at least one power setting on the computer; and
enforcing the at least one power setting on the computer according to the schedule.
13 . The method of controlling the power usage of a computer recited in claim 12 , wherein the source is a second computer networked with the first computer.
14 . The method of controlling the power usage of a computer recited in claim 12 , wherein the source is a power control unit communicating with the computer.
15 . The method of controlling the power usage of a computer recited in claim 12 , wherein the schedule includes a reoccurring time period.
16 . The method of controlling the power usage of a computer recited in claim 12 , wherein the schedule includes a specific calendar date.
17 . The method of controlling the power usage of a computer recited in claim 12 , wherein the schedule includes a time period occurring on a specific calendar date.
18 . The method of controlling the power usage of a computer recited in claim 12 , wherein the power management profile includes a plurality of power settings to be implemented on the computer according to the schedule.
19 . The method of controlling the power usage of a computer recited in claim 12 ,
wherein the power management profile includes a second schedule for implementing at least one power setting on the computer, the second schedule being different from the first schedule; and
further including enforcing the at least one power setting on the computer according to the second schedule.
20 . The method of controlling the power usage of a computer recited in claim 19 , wherein the at least one power setting enforced according to the first schedule is different from the at least one power setting enforced according to the second schedule.
21 . A method of controlling the power usage of a computer within a computer network, comprising:
receiving a power management profile at a computer within the computer network from a source other than the computer, the power management profile including a reduced power state and a schedule for implementing the reduced power state on the computer; and
enforcing the reduced power state according to the schedule.
22 . The method of controlling the power usage of a computer recited in claim 21 , wherein the source is a second computer networked with the first computer.
23 . The method of controlling the power usage of a computer recited in claim 21 , wherein the source is a power control unit communicating with the computer.
24 . The method of controlling the power usage of a computer recited in claim 21 , wherein the reduced power state is selected from the group consisting of: suspend, standby and hibernate.
25 . The method of controlling the power usage of a computer recited in claim 21 , wherein the power management profile includes a second schedule for implementing a reduced power state; and
further including enforcing the reduced power state according to the second schedule.
26 . The method of controlling the power usage of a computer recited in claim 25 , wherein the reduced power state enforced according to the first schedule is different from the reduced power state enforced according to the second schedule.
27 . A method of controlling the power usage of a computer within a computer network, comprising:
defining a power management profile for a computer within the computer network, the power management profile including at least one power setting and a schedule for implementing the at least one power setting on the computer; and
distributing the power management profile to the computer.
28 . The method of controlling the power usage of a computer recited in claim 27 , further including distributing the power management profile to the computer through a network of computers.
29 . The method of controlling the power usage of a computer recited in claim 27 , further including distributing the power management profile to the computer through a power control unit communicating with the computer.
30 . The method of controlling the power usage of a computer recited in claim 27 , wherein the schedule includes a reoccurring time period.
31 . The method of controlling the power usage of a computer recited in claim 27 , wherein the schedule includes a specific calendar date.
32 . The method of controlling the power usage of a computer recited in claim 27 , wherein the schedule includes a time period occurring on a specific calendar date.
33 . The method of controlling the power usage of a computer recited in claim 27 , wherein the power management profile includes a plurality of power settings to be implemented on the computer according to the schedule.
34 . The method of controlling the power usage of a computer recited in claim 27 , wherein the power management profile includes a second schedule for implementing at least one power setting on the computer, the second schedule being different from the first schedule.
35 . The method of controlling the power usage of a computer recited in claim 34 , wherein the at least one power setting to be implemented according to the first schedule is different from the at least one power setting to be implemented according to the second schedule.
36 . The method of controlling the power usage of a computer recited in claim 27 , further including:
defining a group of one or more computers; and
distributing the power management profile to each of the computers in the group.
37 . The method of controlling the power usage of a computer recited in claim 36 , further including:
defining a second group of one or more computers different from the first group of one or more computers;
defining a second power management profile, the power management profile including at least one power setting and a schedule for implementing the at least one power setting; and
distributing the second power management profile to each of the computers in the second group.
38 . The method of controlling the power usage of a computer recited in claim 36 , further including:
defining a second group of one or more computers different from the first group of computers;
defining a second power management profile, the power management profile including a reduced power state and a schedule for implementing the reduced power state; and
distributing the second power management profile to each of the computers in the second group.
39 . A method of controlling the power usage of a computer within a computer network, comprising:
defining a power management profile for a computer within the computer network, the power management profile including a reduced power state and a schedule for implementing the reduced power state on the computer; and
distributing the power management profile to the computer.
40 . The method of controlling the power usage of a computer recited in claim 39 , further including distributing the power management profile to the computer through a network of computers.
41 . The method of controlling the power usage of a computer recited in claim 39 , further including distributing the power management profile to the computer through a power control unit communicating with the computer.
42 . The method of controlling the power usage of a computer recited in claim 39 , wherein the reduced power state is selected from the group consisting of: suspend, standby and hibernate.
43 . The method of controlling the power usage of a computer recited in claim 39 , wherein the power management profile includes a second schedule for implementing a reduced power state.
44 . The method of controlling the power usage of a computer recited in claim 43 , wherein the reduced power state to be implemented according to the first schedule is different from the reduced power state to be implemented according to the second schedule.
45 . The method of controlling the power usage of a computer recited in claim 39 , further including: defining a group of one or more computers; and
distributing the power management profile to each of the computers in the group.
46 . The method of controlling the power usage of a computer recited in claim 45 , further including:
defining a second group of one or more computers different from the one or more computers of the first group;
defining a second power management profile, the power management profile including a reduced power state and a schedule for implementing the reduced power state; and
distributing the second power management profile to each of the computers in the second group.
47 - 70 . (canceled)