The process of coordinating multiple message channels for simultaneous transmission by multiple users
A sequencing approach that uses several pooled samples simultaneously, greatly increasing sequencing speed
A DNA sequencing method that uses several pooled samples simultaneously, greatly increasing sequencing speed
A communications technique which allows more then one item of information to be transmitted or received over the same channel
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 combining of multiple data channels onto a single transmission medium Sharing a circuit - normally dedicated to a single user - between multiple users
The potential transmission of several feeds of the same cable network with the same programming available at different times of the day This is seen as one possible use of the additional channel capacity that may be made available by digital compression Multiplexing is also used by some cable networks to mean transmitting several slightly different versions of the network, for example several MTV channels carrying different genres of music
(1) In data transmission, a function that permits two or more data sources to share a common transmission medium such that each data source has its own channel (2) The division of a transmission facility into two or more channels either by splitting the frequency bank transmitted by the channel into narrower banks, 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)
Multiplexing is a technique used in some global navigation satellite receivers to sequence the signals of two or more satellites through a single hardware channel Multiplexing allows a receiver to track more satellites than the number of hardware channels at the cost of lower effective signal strength
The process of combining multiple signals, usually by time-division multiplexing (TDM) on a high frequency carrier, to optimize the use of available transmission media Also, see FDM
A function within a layer that interleaves the information from multiple connections into one connection (see demultiplexing)
The combination of two or more signals from two or more channels into a single output
A laboratory approach that performs multiple sets of reactions in parallel (simultaneously); greatly increasing speed and throughput
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 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
An electronic or optical process that combines two or more lower bandwidth transmissions onto a 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)
Process of transmitting multiple (but separate) signals simultaneously over a single channel or line. Because the signals are sent in one complex transmission, the receiving end has to separate the individual signals. The two main types of multiplexing methods are time-division multiplexing (TDM) and frequency-division multiplexing (FDM). In TDM (typically used for digital signals) a device is given a specific time slot during which it can use the channel. In FDM (typically used for analog signals) the channel is subdivided into subchannels, each with a different frequency width that is assigned to a specific signal. Optical-fibre networks can use DWDM (dense wavelength-division multiplexing), in which different data signals are sent in different wavelengths of light in the fibre-optic medium
The combining of multiple data channels onto a single transmission medium A process which enables a circuit normally dedicated to a single user to be shared by multiple users
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
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 signals of multiple channels into one channel This process provides multiple users with access to a single conductor or medium by transmitting in multiple distinct frequency bands (frequency division multiplexing - FDM) or by assigning the same channel to different users at different times (time division multiplexing- TDM)
{i} process of sending more than one message simultaneously through a multiplex system
The combining of two or more information channels onto a common transmission medium Note: In electrical communications, the two basic forms of multiplexing are time-division multiplexing (TDM) and frequency-division multiplexing (FDM) In optical communications, the analog of FDM is referred to as wavelength-division multiplexing (WDM)
A technology that enables more than one signal to be transmitted on the same wire between two or more electronic modules The advantage of multiplexing is that it reduces wiring in the vehicles, thus reducing cost, weight, and package size of the wire harness
Multiplexing is transmitting two or more signals simultaneously over one transmission medium A Multiplexer has two or more inputs an one output Two methods are used: (1) frequency division, and (2) time division
Verb: To combine two or more independent signals into one transmission channel Noun: The combined digital signals transmitted on one satellite transponder
A multiplex is a cinema complex with six or more screens. a cinema that has several different rooms in which it can show films (adjective, , from multi- ( MULTI-) + -plex ). having many different parts
The simultaneous recording or transmission of multiple data Cylindrical holograms are often called "multiplex," although this is not always technically the case
Simultaneous transmission of two or more signals on a common carrier wave The three types of multiplex are called time division, frequency division, and phase division
many and varied; having many features or forms; "manifold reasons"; "our manifold failings"; "manifold intelligence"; "the multiplex opportunities in high technology"
a multiplex is where two or more routes overlap on the same stretch of pavement; sometimes a dually signed road is referred to as a duplex and three routes that share the same stretch of pavement are referred to as a triplex The FHWA prefers the term overlap in these instances
Where two road numbers share the same road In Britain, only one road number may be shown on signs at once so one road must be 'dominant' over the other in a multiplex - ie, one must be signed and the other invisible A good example is the M60 Manchester Ring Road, which multiplexes with the M62 in the north-west Road signs show the road as "M60 (M62)", with the M60 being 'dominant'
Using one carier to send more than one signal In video multiplexers, achieving this by sending a different camera's output in each successive field or frame of a video signal, in a form that can later be retrieved as single camera pictures
When a broadcaster provides more than one service (for example, two multichannel SDTV services, or a simultaneous SDTV and HDTV transmission, or a television program and simultaneous datacasting) it is necessary to mix or multiplex these services into one broadcast transmission This is done electronically through a multiplexer The receiver then separates out the various signals to reproduce the original material transmitted, in different forms
The division of a single transmission medium into multiple logical channels supporting many simultaneous sessions For example, one network may have simultaneous FTP, telnet, rlogin, and SMTP connections, all going at the same time
To transmit two or more messages or message streams on a single channel, typically through the use of frequency-division multiplexing, time division multiplexing, or statistical time division multiplexing
Combining multiple signals (analog or digital) for transmission over a single line or channel Multiplexing often combines several low-speed signals for transmission over a single high-speed connection
Combining signals of multiple channels into one channel This process provides multiple users with access to a single conductor or medium by transmitting in multiple distinct frequency bands (frequency division multiplexing, or FDM) or by assigning the same channel to different users at different times (time division multiplexing, or TDM)
multiplexing method in which two or more signals are sent over a single communications network by allotting time slots for each signal, TDM (Telecommunications)