Bell Laboratories Layer Space-Time (BLAST) is a transceiver architecture for offering spatial multiplexing over multiple-antenna wireless communication systems. Such systems have multiple antennas at both the transmitter and the receiver in an effort to exploit the many different paths between the two in a highly-scattering wireless environment. BLAST was developed by Gerard Foschini at Lucent Technologies' Bell Laboratories (now Nokia Bell Labs). By careful allocation of the data to be transmitted to the transmitting antennas, multiple data streams can be transmitted simultaneously within a single frequency band — the data capacity of the system then grows directly in line with the number of antennas (subject to certain assumptions). This represents a significant advance on current, singl
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| - Bell Laboratories Layered Space-Time (en)
- V-blast (fr)
- BLAST (无线通信) (zh)
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| - V-Blast (Vertical – Bell – Laboratories –Layered –Space - Time) est un algorithme de détection à la réception des systèmes multi-antennes MIMO. Proposé pour la première fois en 1996 aux Laboratoires Bell au New Jersey (États-Unis) par . Il procède tout simplement à éliminer successivement les interférences dues aux émetteurs. (fr)
- BLAST（Bell Labs Layered Space-Time）即贝尔实验室分层空时，是贝尔实验室提出的一种能够达到极高数据传输速率的无线通信技术。这种技术在一个带限无线信道内，通过多天线技术充分利用，使得信道容量随着天线数的增加呈线性增长，有着极高的频谱效率。 (zh)
- Bell Laboratories Layer Space-Time (BLAST) is a transceiver architecture for offering spatial multiplexing over multiple-antenna wireless communication systems. Such systems have multiple antennas at both the transmitter and the receiver in an effort to exploit the many different paths between the two in a highly-scattering wireless environment. BLAST was developed by Gerard Foschini at Lucent Technologies' Bell Laboratories (now Nokia Bell Labs). By careful allocation of the data to be transmitted to the transmitting antennas, multiple data streams can be transmitted simultaneously within a single frequency band — the data capacity of the system then grows directly in line with the number of antennas (subject to certain assumptions). This represents a significant advance on current, singl (en)
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| - Bell Laboratories Layer Space-Time (BLAST) is a transceiver architecture for offering spatial multiplexing over multiple-antenna wireless communication systems. Such systems have multiple antennas at both the transmitter and the receiver in an effort to exploit the many different paths between the two in a highly-scattering wireless environment. BLAST was developed by Gerard Foschini at Lucent Technologies' Bell Laboratories (now Nokia Bell Labs). By careful allocation of the data to be transmitted to the transmitting antennas, multiple data streams can be transmitted simultaneously within a single frequency band — the data capacity of the system then grows directly in line with the number of antennas (subject to certain assumptions). This represents a significant advance on current, single-antenna systems. (en)
- V-Blast (Vertical – Bell – Laboratories –Layered –Space - Time) est un algorithme de détection à la réception des systèmes multi-antennes MIMO. Proposé pour la première fois en 1996 aux Laboratoires Bell au New Jersey (États-Unis) par . Il procède tout simplement à éliminer successivement les interférences dues aux émetteurs. (fr)
- BLAST（Bell Labs Layered Space-Time）即贝尔实验室分层空时，是贝尔实验室提出的一种能够达到极高数据传输速率的无线通信技术。这种技术在一个带限无线信道内，通过多天线技术充分利用，使得信道容量随着天线数的增加呈线性增长，有着极高的频谱效率。 (zh)
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