![]() NOTE: Input ^[ by using Control-V Control-[. If a user uses the vim editor, write below entries in the ~/.vimrc to enable this feature. This function enables cursor shape change by cursor change sequence of DECSCUSR(cursor shape change), WYSTCURM(Wyse no-blinking cursor), WYULCURM(Wyse underlined cursor) and AT&T 610 blinking cursor. If you do not want window information to be sent to remote host by some reason such as security, please disable this setting.Įnables the control sequence for the cursor shape. This function enables the dtterm control sequence such as the window status reporting, the window position reporting, the window size(in pixel and character) reporting and the root window size reporting, among the window information reporting features. Window control sequenceĪdded support for the position moving, the minimization, the maximization, the most front, the most back, the refresh and the window size changing(per pixel and character) control sequences regarding the dtterm window operation. However, be careful about using this feature because the security problem will occur. accept Tera Term reports the current window title. Ignore Ignore a window title reporting request. ![]() Window title reportĪ user can configure how Tera Term can respond to the dtterm window title and icon label reporting request. last Accept it, and then insert the window title after the canonical title. ahead Accept it, and then insert the window title before the canonical title. overwrite Accept it, and then display only the window tile. The mouse tracking mode is enabled, TeraTerm does not send the mouse operation while the control key is pressed.Ĭonfigures whether a user accepts the window title changing. However, TERM environment variable should be "xterm" type.ĭisable mouse event tracking when Control is pressed Tera Term would send the escape sequence of the mouse operation when VT window is changed to the mouse tracking mode by the host application. Display tcp port number Displays tcp port number (TCP/IP connection only) Display serial port speed Displays speed of serial port (serial connection only) "Control Sequence" Tab Accept mouse event tracking Title format Configures the window title format.ĭisplay host/port name Displays hostname or serial port name Display session number Displays session number Display VT/TEK Displays VT or TEK Swap hostname and title position Swaps the hostname and title text, displays hostname first. When this setting is enabled, whole fonts can be selected on the Font setting dialog. When the IME is enabled, the caret is gray.Ī feature that some fonts can be shown or not on the font list is added on Windows 7 or later. The current screen is cleared when the VT window resizes. Stop auto scrolling except when the bottom line is displayed. However, this option is always ignored when the "Realtime mode" is on. Launches the web browser by clicking URL string.Ĭan be only enabled when the "Realtime mode" is off. ![]() So, it understands that STB is busy defers its transmission thus avoiding collision.Additional settings( Menu) Additional settings( Menu) "General" Tab Enable clickable URL In the above example, station STC hears does not hear RTS from station STA, but hears CTS frame from station STB. Any station hearing the CTS is close to the receiving station and remains silent during the data transmission. On receipt of CTS frame, the transmitting station begins transmission.Īny station hearing the RTS is close to the transmitting station and remains silent long enough for the CTS. The receiving station replies by sending a CTS frame. RTS stands for Request to Send and CTS stands for Clear to Send.Ī transmitting station sends a RTS frame to the receiving station. The exposed terminal problem is solved by the MAC (medium access control) layer protocol IEEE 802.11 RTS/CTS, with the condition that the stations are synchronized and frame sizes and data speed are the same. This situation is known as the hidden terminal problem. The frames received by STC are garbled and collision occurs. Since station STC is out of radio range of STA, it perceives that the channel is free and starts transmitting to STB. The above diagram shows that station STA starts transmitting to station STB. The stations are in a configuration such that the two transmitters STA and STC are not in the radio range of each other. Suppose that there are three stations labelled STA, STB, and STC, where STA and STC are transmitting while STB is receiving. This occurs when a station is visible from a wireless access point (AP), but is hidden from other stations that communicate with the AP. ![]() ![]() This is prevalent in decentralised systems where there aren’t any entity for controlling transmissions. In wireless LANs ( wireless local area networks), the hidden terminal problem is a transmission problem that arises when two or more stations who are out of range of each other transmit simultaneously to a common recipient. ![]()
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