摘要:
A system for enabling communication between a portable computing device and a stationary computer. A user may wear the portable computing device while simultaneously using a pointing device coupled to the stationary computing device. The pointing device may be, for example, a mouse coupled to the computer via a wired USB connection and operated on top of a mouse pad. The mouse may further include at least two electrodes. A first electrode may couple to the user's hand while moving the mouse on the mouse pad. The second electrode may be coupled to the mouse pad, which may include a conductive surface that contacts with the second electrode. These electrodes couple electronically to electrodes in the portable computing device, forming a bidirectional link for exchanging information between the two devices.
摘要:
A system for enabling communication between a portable computing device and a stationary computer. A user may wear the portable computing device while simultaneously using a pointing device coupled to the stationary computing device. The pointing device may be, for example, a mouse coupled to the computer via a wired USB connection and operated on top of a mouse pad. The mouse may further include at least two electrodes. A first electrode may couple to the user's hand while moving the mouse on the mouse pad. The second electrode may be coupled to the mouse pad, which may include a conductive surface that contacts with the second electrode. These electrodes couple electronically to electrodes in the portable computing device, forming a bidirectional link for exchanging information between the two devices.
摘要:
It is provided an apparatus, comprising relaying means configured to form an instance of a fourth signal based on an instance of a first signal and to form an instance of a second signal based on an instance of a third signal; second receiving means configured to receive instances of the third signal from a terminal of a communication network in a second frequency band; and second transmitting means configured to transmit instances of the fourth signal to the terminal in a first frequency band; wherein the apparatus further comprises at least one of a combining means configured to combine an instance of a first signal part and an instance of a fourth signal part into an instance of the first signal and a splitting means configured to split an instance of the second signal into an instance of a second signal part and an instance of a third signal part; wherein, if the apparatus comprises the combining means, it comprises further first receiving means configured to receive an instance of the first signal part from a transceiver station of the communication network in the first frequency band, and to receive an instance of the fourth signal part in a fourth frequency band different from the first frequency band; and, if the apparatus comprises the splitting means, it comprises further first transmitting means configured to transmit an instance of the second signal part to the transceiver station in the second frequency band and to transmit an instance of the third signal part in a third frequency band different from the second frequency band.
摘要:
The present invention provides a method, a mobile terminal device and a system for determining a transmission power factor. During an uplink of data between a mobile terminal device and a base station via a code division multiple access (CDMA) system supported by automatic repeat request (ARQ) first transmission containing original data and re-transmissions of different order containing supplementary information are communicated. The i-th re-transmissions are based on the automatic repeat request (ARQ). The transmission power factor to be determined is operable with an i-th re-transmission. A first and a second error quantity are obtained from an evaluation of status information items received in accordance with the automatic repeat request (ARQ). The first error quantity and the second error quantity allow for deriving an i-th error ratio so as to calculate a transmission power correction factor.
摘要:
A buffer information report can be sent to a system station from a node for relaying communications between at least one user station and the system station. The report is generated based on a report format used for uplink reporting by a user station. An indication is also sent to the system station that the node for relaying has different buffering capabilities than the user station. At the system station the buffering capabilities of the node for relaying can be determined based on the buffer information report and the indication. Communications between the system station and the node for relaying can then be controlled accordingly.
摘要:
This invention relates to a method of controlling communication between two nodes in a communication system. The method includes the steps of providing a set of values for controlling communication between the two nodes. The method also includes providing information relating to traffic conditions and providing a command for controlling communication. The method further includes selecting one of the set of values in dependence on the provided information. The command and mapping information provides a mapping between the traffic condition information and information relating to the values.
摘要:
The present invention provides a method, a mobile terminal device and a system for determining a transmission power factor. During an uplink of data between a mobile terminal device and a base station via a code division multiple access (CDMA) system supported by automatic repeat request (ARQ) first transmission containing original data and re-transmissions of different order containing supplementary information are communicated. The i-th re-transmissions are based on the automatic repeat request (ARQ). The transmission power factor to be determined is operable with an i-th re-transmission. A first and a second error quantity are obtained from an evaluation of status information items received in accordance with the automatic repeat request (ARQ). The first error quantity and the second error quantity allow for deriving an i-th error ratio so as to calculate a transmission power correction factor.