1. A system comprising:
a client computer, host computer, and server system coupled to a network;
the client computer configured to:
initially access the host computer through a web page accessible over the network, and
receive a client program from the server system, the client program, in response to being executed, causes the client computer to perform operations including:
creating event information, the event information comprising at least one user input created in an application window,
encrypting the event information,
transmitting the encrypted event information to the host computer over the network, and
initiating communication with the host computer via a network based communication;
the host computer configured to:
receive the encrypted event information,
in response to receiving the encrypted event information, execute a host program to cause the host computer to perform operations including:
decrypting the encrypted event information,
extracting events from the decrypted event information,
posting the extracted events into an event queue of the host computer to allow the client computer to control operations of the host computer, and in response to not receiving the encrypted event information, sending image information to the client computer.
2. A method comprising:
communicating data packets, by a server system coupled to a network, the data packets including image information associated with a host computer coupled to the network and a client computer coupled to the network;
sending, by the server system, a client program to the client computer, the client program, in response to being executed, causes the client computer to perform operations including:
initially accessing the host computer through a web page accessible over the network
creating event information, the event information comprising at least one user input created in an application window,
encrypting the event information,
transmitting the encrypted event information over the network to allow the client computer to control operations of the host computer, and
initiating communication with the host computer via a network based communication,
wherein the host computer is configured to:
receive the encrypted event information,
in response to receiving the encrypted event information, execute a host program to cause the host computer to perform operations including:
decrypting the encrypted event information,
extracting events from the decrypted event information,
posting the extracted events into an event queue of the host computer to allow the client computer to control operations of the host computer, and
in response to not receiving the encrypted event information, sending image information to the client computer; and
communicating, by the server system, with the host computer and the client computer to facilitate at least one of a remote viewing and a remote control of the host computer over the network by at least one of direct and indirect communication between the host computer and the client computer.
3. The method of claim 2, wherein the client program, in response to being executed, cause the client computer to perform further operations including facilitating the at least one of the remote viewing and the remote control of the host computer.
4. The method of claim 2, further comprising providing a web page accessible by the client computer to facilitate a communication with the server system.
5. The method of claim 2, further comprising providing a network-based communication to the client computer to facilitate a communication with the server system.
6. The method of claim 2, wherein the client computer is one of a plurality of client computers.
7. The method of claim 6, wherein the plurality of client computers are configured to collaborate with the host computer.
8. A non-transitory computer-readable medium storing executable instructions that, in response to being executed, causes a server system to perform operations comprising:
inputting code segments for inputting input data packets including image information;
processing code segments to process the input data packets;
outputting code segments for outputting output data packets; and
sending a client program to a client computer, the client program, in response to being executed, causes the client computer to perform operations including:
initially accessing the host computer through a web page accessible over the network,
creating event information, the event information comprising at least one user input created in an application window,
encrypting the event information,
transmitting the encrypted event information over the network to allow the client computer to control operations of a host computer, and
initiating communication with the host computer via a network based communication,
wherein the host computer is configured to:
receive the encrypted event information,
in response to receiving the encrypted event information, execute a host program to cause the host computer to perform operations including:
decrypting the encrypted event information,
extracting events from the decrypted event information,
posting the extracted events into an event queue of the host computer to allow the client computer to control operations of the host computer, and
in response to not receiving the encrypted event information, sending image information to the client computer.
9. A server apparatus, comprising:
a processor processing received data packets; and
an inputoutput device receiving data packets via a network, the data packets including image information, sending the processed data packets via the network, and sending a client program to a client computer;
wherein the client computer, in response to executing the client program, performs operations including:
initially access a host computer through a web page accessible over the network, creating event information, the event information comprising at least one user input created in an application window,
encrypting the event information,
transmitting the encrypted event information over the network to allow the client computer to control operations of the host computer, and
initiating communication with the host computer via a network based communication; and
wherein the host computer receives the encrypted event information, and in response to receiving the encrypted event information, execute a host program to cause the host computer to perform operations including:
decrypting the encrypted event information,
extracting events from the decrypted event information, and
posting the extracted events into an event queue of the host computer to allow the client computer to control operations of the host computer, and
in response to not receiving the encrypted event information, sending image information to the client computer.
10. The server system of claim 9, wherein the received data packets are associated with image information of the host computer.
11. The server system of claim 10, wherein the sent data packets are received by one or more client computers.
12. The method of claim 2, wherein the at least one of the direct and indirect communication between the host computer and the client computer is established in response to an initial access of the host computer by the client computer through a web page.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. A transfer method, the method comprising:
forming a first separating layer on a substrate;
forming a layer to be transferred on the first separating layer; and
transferring the layer to be transferred to a transfer body such that the layer to be transferred is divided into a plurality of portions disposed on the first transfer body.
2. The transfer method according to claim 1, the division of the layer to be transferred into the plurality of portions being carried out by grooves that have been formed in the layer to be transferred.
3. The transfer method according to claim 1, the first transfer body being flexible.
4. The transfer method according to claim 1, the first transfer body having a fixture.
5. The transfer method according to claim 1, wherein the grooves formed on the first transfer body are formed such that the first transfer body is divided at the boundary of the plurality of regions.
6. The transfer method according to claim 2, the grooves formed on the layer to be transferred are formed at a boundary of a plurality of region of a thin film element layer that is included in the layer to be transferred.
7. The transfer method according to claim 1, the first transfer body having pliability or flexibility.
8. The transfer method according to claim 7, the first transfer body attached to a fixture.
9. The transfer method according to claim 8, wherein the fixture is an auxiliary substrate.
10. A method of fabricating a semiconductor device using the transfer method according to claim 1.
11. An electronic equipment comprising the semiconductor device fabricated using the method according to claim 10.
12. A transfer method comprising:
forming a first separating layer on a substrate;
forming a layer to be transferred on the first separating layer;
transferring the layer to be transferred to a first transfer body such that the layer to be transferred is divided into a plurality of portions disposed on the first transfer body;
transferring the layer to be transferred to a second transfer body.
13. The transfer method according to claim 12, the division of the layer to be transferred into the plurality of portions being carried out by grooves that have been formed in the layer to be transferred.
14. The transfer method according to claim 12, the second transfer body being flexible.
15. The transfer method according to claim 12, the second transfer body having a fixture.
16. The transfer method according to claim 12, the grooves formed in the layer to be transferred are formed at boundaries of a plurality of region of a thin film element layer that is included in the layer to be transferred.
17. The transfer method according to claim 12, the second transfer body having pliability or flexibility.
18. The transfer method according to claim 17, the first body fixed on a fixture.
19. The transfer method according to claim 18, wherein the fixture is an auxiliary substrate.
20. A method of fabricating a semiconductor device using the transfer method according to claim 12.
21. An electronic equipment comprising the semiconductor device fabricated using the method according to claim 20.