A method that combines information from multiple connections into one connection for transfer over an ATM circuit.
The mixing of signals onto a common medium so that they may be carried together but separated at their destination (de-multiplexed) without loss.
The process of combining two or more communications paths into one path.
An electronic or optical process that combines sevral low speed transmission lines in to one high speed line. Similar to tree where the branches lead in to the (high speed) trunk.
Process or equipment that combines data from two or more individual circuits onto a higher speed circuit for transmission. [Two methods are used: (1) Frequency division where all channels are transmitted at the same time. (2) Time division where several messages timeshare a channel.
A method for sending multiple signals using a single pathway, whether in a wired medium, such as packet-switched data transmission, or in wireless communications. There are several techniques used to share bandwidth resources. The most common are Code Division Multiple Access (CDMA) in wireless phones, Time Division Multiplexing (TDM) for data transmission, and Frequency Division Multiplexing (FDM) in analog systems.
The process of combining multiple signals into a single channel.
To sequentially incorporate several data streams into a single data stream in such a manner that each may later be recovered intact. Up to Top
Multiplexing is sending multiple signal streams of information on a carrier at the same time in the form of a single signal. At the other end of the transmission it is recovered and separated. Analog signals are commonly multiplexed using frequency-division multiplexing, in which the carrier bandwidth is divided into sub-channels of different frequency widths, each carries a signal at the same time. Digital signals are commonly multiplexed using time-division multiplexing, in which the multiple signals are carried over the same channel in alternating time slots.
A signaling method characterized by simultaneous or sequential transmission, or both, and reception of multiple signals on a signaling line circuit, a transmission channel, or a communications channel, including means for positively identifying each signal.
Techniques to combine several communications channels into one facility to be shared among many users, thus reducing the cost per user dramatically.
The division of a transmission facility into two or more channels. This can be accomplished either by splitting the frequency band transmitted by the channel into narrower bands, as in frequency division multiplexing (FDM), or by allotting one common channel to several different information channels at different times, as in time division multiplexing (TDM). See FDM and TDM.
This is the method of combining two or more signals into one circuit for easy transmission, over a telephone wire, IP network, microwave, or television broadcast.
Division of a transmission facility into two or more channels either by splitting the frequency band transmitted by the channel into narrower bands, each of which is used to constitute a distinct channel (frequency-division multiplexing), or by allotting this common channel to several different information channels, one at a time (time-division multiplexing).
The use of a common communications channel for sending two or more messages or signals (e.g. multiple digital television programmes on a single digital carrier, or "multiplex"). Multiplexing is the process of combining multiple signals into a composite signal that is suitable for transmission via the common communications channel.
The process of transmitting multiple channels across one communications circuit.
A technology that combines several signals for transmission on some shared medium
Sending multiple signals or streams of information on a carrier at the same time in the form of a single, complex signal and then recovering the separate signals at the receiving end.
The act of combining a number of data channels through a single data channel.
Combining two or more signals into a single bit stream that can be individually recovered.
Transmitting several messages simultaneously on the same circuit or channel.
Generic term for any means of using the same medium (e.g. wire) to carry multiple conversations so that it seems to the end users that they have unique access to the medium. This is commonly achieved by letting different conversations broadcast on different frequencies ( FDM) or by allowing each conversation to take control of the medium for a specified (small) amount of time in a pre-determined pattern (TDM – Time Division Multiplexing). Close this window
To combine multiple signals (analog or digital) for transmission over a single line or media.
Multiplexing is a technique where multiple channels are combined for transmission over a single transmission path.
Carrying two or more distinct signals simultaneously on one transmission circuit.
The process of coordinating multiple message channels for simultaneous transmission by multiple users.
A technique used to combine several communication channels into one facility or transmission path.
A genotyping approach that uses several pooled samples run simultaneously on the same gel, increasing genotyping efficiency.
the combining of many low-capacity communications channels into one high-capacity communications channel by interleaving the various channels in discrete time or frequency slices.
The ability to send multiple messages over a single pair of wires, allowing multiple electrical loads to communicate over the same two wires. Non-multiplexed electrical systems typically have four to five wires per electrical load.
A process of transmitting more than one signal over a single link, route, or channel. Of the two methods in use, parallel processing frequency-shares the bandwidth of a channel in the same way hurdlers run and jump in their assigned lanes, thus permitting a number of contestants to compete simultaneously on the same track. The second method, called serial processing, time-shares multiple signals in the same way that pole vaulters vault over the same bar one after the other. Although serial processing may not seem simultaneous, the signal speed is so fast that it is possible to multiplex four different numbers through a single decoder-driver and have them appear on four different displays without a flicker.
Creating multiple channels by interspersing more than one signal over a single relay, such as cable, microwave, etc.
Simultaneous transmission of two or more signals over the same cable medium.
The process of mixing data originating from several entities into a single shared data stream. Multiplexing can occur at several layers of a protocol stack.
In telecommunications, this term means carrying multiple signals on a communications carrier channel. In recent cable programming, it is used to describe "cloning" one cable channel into multiple, complementary channels to reach the broader audience.
A means of enabling multiple signals over a single channel.
is the process of combining separate streams or channels into one logical stream of data.
A technique used to transmit signals from different sources over a single channel at the same time.
Transmitting several different signals within the same bandwidth.
A computer technique that allows a communication system or link to be shared, for example by allowing several digital channels to be broadcast on the same frequency channel.
The simultaneous transmission, through digital compression technology, of multiple television programs on the same channel. In more traditional cable television parlance, multiplexing refers to the use of two or more channels to present the same lineup but at different times on each channel.
A technique for aggregating signals from multiple subscribers into a single communication channel to maximize the channel use up to its maximum capacity. Also see FDM, TDM, WDM.
A laboratory approach that performs multiple sets of reactions in parallel (simultaneously); greatly increasing speed and throughput.
Combining multiple signals or data streams into a single signal or stream. Usually achieved by interleaving at a low level.
The combining of multiple data channels onto a single transmission medium. Sharing a circuit - normally dedicated to a single user - between multiple users.
Method by which many parameters are tested and processed simultaneously.
online redo logs The automated maintenance of more than one identical copy of the online redo log. control file The automated maintenance of more than one identical copy of a database's control file. backup set The RMAN technique of reading database files simultaneously from the disks and then writing the blocks to the same backup piece. archived redo logs The Oracle archiver process is able to archive multiple copies of a redo log. See Also: mirroring
The method of blending multiple signals successively to be carried jointly on a communications channel; a time-division interleaving of data packets of separate channels or streams into a single larger stream.
Process during which two or more signals are combined into one; at the other end, signals are "unbundled" by a demultiplexer. TDM is Time Division Multiplexing, FDM is Frequency Division Multiplexing, and CDMA is Code Division Multiple Access.
These are methods that allow multiple, simultaneous transmissions over one single circuit.
A telecommunications technique where several channels can be combined to share the same transmission medium. The most common forms are Time Division Multiplexing (TDM) and Frequency division Multiplexing (FDM).
In telecommunications parlance, this term means carrying multiple signals on a communications carrier channel; in cable programming parlance, it refers to cloning one cable channel into multiple, complementary channels to reach a broader audience.
Techniques that allow a number of simultaneous transmissions over a single circuit.
The transmitting of several control signals simultaneously by time-sharing a single transmission channel or circuit.
Simultaneously transmitting two or more signals on a single channel.
Transmitting two or more signals over a single channel.
A technique enabling transmission of multiple signals or voice channels simultaneously along a single transmission medium.
The process of combing multiple signals onto a single circuit using various means.
The process of amplifying using the PCR reaction a number of different loci in the one tube
The ability to combine accumulated user data from simultaneous sessions into a single packet or datagram. Multiplexing is performed by the terminal server and host LAT software.
Process of analyzing multiple SNPs/loci for a single individual in a common/single reaction
Transmitting multiple signals over a single communications line or computer channel. The two common multiplexing techniques are frequency division multiplexing, which separates signals by modulating the data onto different carrier frequencies, and time division multiplexing, which separates signals by interleaving bits one after the other.
Combining multiple sessions for transmission over a single transport connection in order to conserve the operating system's resources. Names Server A server that uses Oracle Names to store a service's network address along with its simple name so that client applications can request connections with simple names, rather than lengthy addresses.
the joining of an audio and video stream
Act of combining a number of individual message circuits for transmission over a set level of bandwidth.
A technique that combines multiple signals into one signal.
Transmitting multiple signals simultaneously on a single channel.
The process where two or more signals are transmitted over a single communications channel. Examples are time-division multiplexing and wave division multiplexing.
A communication system needs to convey multiple messages simultaneously from a number of information sources in one location to a number of users at another. Multiplexing schemes economically meet this need by combining the messages from several information sources to be transmitted as a complete group over a single transmission facility with provision at the receiver(s) for separation (demultiplexing) back to the individual messages. There are two generic forms of multiplexing: frequency-division multiplexing (FDM) and time-division multiplexing (TDM).
The condensing of many signals into a few or one signal that still represents all of them. An LCD panel performs the de-multiplex function. It takes video signals that contain whole frames of video data and displays them as individual signals on each pixel. NTSC The USAA's broadcast standard for video and broadcasting. It is actually a lower resolution than systems used in most of the world. However, by the year 2002 stations will be required to broadcast higher resolution video signals.
The process of combining a number of individual channels into a common frequency band or into a common bit stream for transmission. The converse equipment or process for separating a multiplexed stream into individual channels is called a demultiplexer.
Multiplexing refers to the process of sending more than one signal within the same channel without mixing them.
A sequencing approach that uses several pooled samples simultaneously, greatly increasing sequencing speed.
Combining multiple sessions for transmission over a single transport connection in order to conserve the operating system's resources. See also connection concentration names.ora file A configuration file that contains parameter settings for an Oracle Names server.
The process of using a single device to handle simultaneously several similar, but separate devices or operations by altering its attention amongst them.
Combining two or more data streams together into a single stream
A technique that combines multiple data channels on a single transmission channel.
The combination of two or more signals from two or more channels into a single output. For example, in ISDN, three BRI lines (6 channels) are normally used to create a single 384 kbps connection. This is the minimum standard speed for higher end videoconferencing. The multiple channels must be multiplexed or de-multiplexed with a Network Terminating (NT-1) device. These are usually built-in to videoconferencing systems.
An electronic or optical process that combines two or more lower bandwidth transmissions onto one higher bandwidth signal by splitting the total available bandwidth into narrower bands (frequency division) or by allotting a common channel to several transmitting sources one at a time in sequence (time division).
A technique that merges several data streams into one in such a way that each can later be recovered intact. None None
Where each signal is switched in turn to a single analogue-to-digital converter. As opposed to where one A-D converter is used for each signal in simultaneous sampling.
The sending or receiving of several electrical or light frequency signals through a single conductor or a master computer controlling other system computers.
A technique that combines many simultaneous circuits over a single link in order to accommodate multiple users or applications. Back to the TOP
A method for simultaneous transmission of two or more signals over a common carrier wave.
An electronic or optical process that combines a large number of lower-speed transmission lines into one high-speed line by splitting the total available bandwidth of the high-speed line into narrower bands (frequency division), or by allotting a common channel to several different transmitting devices, one at a time in sequence (time division). Multiplexing devices are widely employed in networks to improve efficiency by concentrating traffic.
Scheme that allows multiple logical signals to be transmitted simultaneously across a single physical channel. Compare with demultiplexing.
Process of selecting one of several input data sources and transmitting the selected data to a single output channel.
The process by which two or more signals are transmitted over a single communications channel. Examples include time-division multiplexing (TDM) and wavelength-division multiplexing (WDM).
n. A technique used in communications and input/output operations for transmitting a number of separate signals simultaneously over a single channel or line. To maintain the integrity of each signal on the channel, multiplexing can separate the signals by time, space, or frequency. The device used to combine the signals is a multiplexer. See also FDM, space-division multiplexing, time-division multiplexing.
Technique used in ISDN that allows one telephone line to carry three or more signals at once. 9.26
Using a single connection to carry several data streams and the mechanism for assigning these streams to that connection.
Combining information signals from several channels into one single optical channel for transmission.
The combining of several signals in the same communications channel, usually with the aim of increasing the amount of data that can be transmitted. Several types of multiplexing exist, each designed for a particular signal and cable type. Analog signals, for example, are combined using frequency-division multiplexing (FDM), in which the bandwidth is divided into parallel channels of different frequencies. Digital signals can be transmitted using time-division multiplexing (TDM), in which signals are carried using alternating time slots. On Fiber Optic networks, multiple signals are transmitted as light split into different wavelengths, a process known as wavelength-division multiplexing (WDM).
In electronics, telecommunications and computer networks, multiplexing is a term used to refer to a process where multiple analog message signals or digital data streams are combined into one signal. The aim is to share an expensive resource. For example, in electronics, multiplexing allows several analog signals to be processed by one analog-to-digital converter (ADC), and in telecommunications, several phone calls may be transferred using one wire.
