초록 ▼

A method and a communication system are in which a first synchronization message identifying a data transmission method with the highest-level error protection that a first device is capable of executing is transmitted from said first device to a second device. In the second device, the data transmi

A method and a communication system are in which a first synchronization message identifying a data transmission method with the highest-level error protection that a first device is capable of executing is transmitted from said first device to a second device. In the second device, the data transmission method is detected from the first synchronization message. In case the detected data transmission method is supported by the second device, a second synchronization message is sent to the first device identifying the detected data transmission method. In the first device, the data transmission method is detected from the second synchronization message, and in case the detected data transmission method can be executed by the first device, the devices are synchronized with the data transmission method.

대표청구항 ▼

A method and a communication system are in which a first synchronization message identifying a data transmission method with the highest-level error protection that a first device is capable of executing is transmitted from said first device to a second device. In the second device, the data transmi

A method and a communication system are in which a first synchronization message identifying a data transmission method with the highest-level error protection that a first device is capable of executing is transmitted from said first device to a second device. In the second device, the data transmission method is detected from the first synchronization message. In case the detected data transmission method is supported by the second device, a second synchronization message is sent to the first device identifying the detected data transmission method. In the first device, the data transmission method is detected from the second synchronization message, and in case the detected data transmission method can be executed by the first device, the devices are synchronized with the data transmission method. ermining a center coordinate for each of the objects; and fitting means for fitting a linear regression line to centers of the objects. 7. The system of claim 6, wherein the distance adjustment request is an increase request and adjusting means comprises means for increasing the distances. 8. The system of claim 6, wherein the distance adjustment request is a decrease request and the adjusting means comprises means for decreasing the distances. 9. The system of claim 6, wherein the distance adjustment request includes a distance value and the adjusting means comprises means for adjusting the positions of the objects so that the distance between each pair of adjacent objects is equal to said distance value. 10. The system of claim 6, wherein the adjusting means comprises means for adjusting the positions of the objects so that the distances between pairs of adjacent objects are equal. erican Institute of Physics, p. 940, 1987. National Research Institute for Metals: "New High-Temperature Oxide Superconductor has Been Found that has Excellent Characteristics and does not Contain any Rare Earth Element", Press Release, Jan. 21, 1988. Nihon Keizai Shinbun, "High-temperature Superconductivity without Rare Earths", p. 1, Jan. 22, 1988 (with English translation). Nihon Keizan Shinbun, "New Superconductor from National Research Institute for Metals", p. 8, Jan. 22, 1988 (with English translation). Nikkei Superconductors, Mar. 7, 1988 (in Japanese). Nikkei Superconductors, Mar. 21, 1988 (in Japanese). Declarations of Toshio Nishizawa (2), Dec. 15, 1993. Declarations of Toshio Nishizawa (5), Jan. 19, 1994. Nobumasa, et al., "High TcPhase of Bi--Sr--Ca--Cu--O Superconductor," Jap. J. Appl. Phys. 27(5): L846-L848, May 1988. Numata, et al., "Metallurgical Studies and Optimization of Sintering for the Bi--Sr--Ca--Cu--O Superconductors", J. Appl. Phys. 64(11): 6392-6395, 1988. Ono, "Preparation of Pure 80K Superconductors in the Bi--Sr--Ca--Cu Oxide System", Jap. J. Appl. Phys. 28(8): L1372-L-1374, Aug. 1989. Politis, "The Search for High Temperature Superconductivity" World Sc