摘要:
A mobile station includes a degradation detecting section (15) for detecting a degraded communication quality, an electric field measurement section (14) for measuring an intensity of an electric field, and a display unit (16) for representing a field level among a plurality of field levels. The display unit (16) represents, upon generation of the degraded communication quality, a fixed field level instead of the field level corresponding to the intensity of the electric field measured by the electric field measurement section (14).
摘要:
The mobile phone can connect to a preferred connected communication system A and a non-preferred communication system B. When the mobile phone connects to system A, if the detected received electric field intensity is less than a first threshold, the mobile phone connects to system B. When the mobile phone connects to system B, if the detected received electric field intensity is larger than a second threshold, the mobile phone connects to system A. The second threshold is set as larger than the first threshold, therefore, the frequency of switching between the communication systems is reduced.
摘要:
The mobile phone can connect to a preferred connected communication system A and a non-preferred communication system B. When the mobile phone connects to system A, if the detected received electric field intensity is less than a first threshold, the mobile phone connects to system B. When the mobile phone connects to system B, if the detected received electric field intensity is larger than a second threshold, the mobile phone connects to system A. The second threshold is set as larger than the first threshold, therefore, the frequency of switching between the communication systems is reduced.
摘要:
A cellular phone terminal according to the present invention performs active cell level measure and monitor cell level measure every predetermined period. A CPU uses an antenna selection signal to control an antenna changeover switch to select an antenna that is not currently selected. After the antenna changeover, the cellular phone terminal performs the active cell level measure. After the measurement for a first antenna and a second antenna, the cellular phone terminal compares measurement data of the first antenna and the second antenna and determines the antenna to be selected. The cellular phone terminal estimates peripheral conditions (use conditions of respective user interfaces for data communication and voice communication) thereof, and selects an effective antenna.
摘要:
A cellular phone terminal according to the present invention performs active cell level measure and monitor cell level measure every predetermined period. A CPU uses an antenna selection signal to control an antenna changeover switch to select an antenna that is not currently selected. After the antenna changeover, the cellular phone terminal performs the active cell level measure. After the measurement for a first antenna and a second antenna, the cellular phone terminal compares measurement data of the first antenna and the second antenna and determines the antenna to be selected. The cellular phone terminal estimates peripheral conditions (use conditions of respective user interfaces for data communication and voice communication) thereof, and selects an effective antenna.
摘要:
A cellular phone terminal according to the present invention performs active cell level measure and monitor cell level measure every predetermined period. A CPU uses an antenna selection signal to control an antenna changeover switch to select an antenna that is not currently selected. After the antenna changeover, the cellular phone terminal performs the active cell level measure. After the measurement for a first antenna and a second antenna, the cellular phone terminal compares measurement data of the first antenna and the second antenna and determines the antenna to be selected. The cellular phone terminal estimates peripheral conditions (use conditions of respective user interfaces for data communication and voice communication) thereof, and selects an effective antenna.
摘要:
A first and a second terminals 100 and 200 are connected to an asynchronous transmission line 300. Microphones 101 and 201 and loudspeakers 102 and 202, or image input units (i.e., cameras) 111 and 211 and image output units (i.e., displays) 112 and 212, are connected to the first and second terminals 100 and 200, respectively. The terminals 100 and 200 comprise sampling clock generators 103 and 203, data generators 104 and 204, data reproducers 105 and 205, transmission buffers 106 and 206 and n- (or plural) stage reception buffers 107 and 207. Thus, it can prevent data quality deterioration due to an overflow or an underflow when transmitting such data as voice or image data between the first and the second terminals via an asynchronous transmission line.
摘要:
A cellular phone terminal according to the present invention performs active cell level measure and monitor cell level measure every predetermined period. A CPU uses an antenna selection signal to control an antenna changeover switch to select an antenna that is not currently selected. After the antenna changeover, the cellular phone terminal performs the active cell level measure. After the measurement for a first antenna and a second antenna, the cellular phone terminal compares measurement data of the first antenna and the second antenna and determines the antenna to be selected. The cellular phone terminal estimates peripheral conditions (use conditions of respective user interfaces for data communication and voice communication) thereof, and selects an effective antenna.
摘要:
A mobile station includes a degradation detecting section (15) for detecting a degraded communication quality, an electric field measurement section (14) for measuring an intensity of an electric field, and a display unit (16) for representing a field level among a plurality of field levels. The display unit (16) represents, upon generation of the degraded communication quality, a fixed field level instead of the field level corresponding to the intensity of the electric field measured by the electric field measurement section (14).