Burst communication system utilizing transient peak energy

A peak energy, burst communication technology, applied in the direction of phase modulation carrier system, can solve the problem of waste of resources, and achieve the effect of prolonging service life, reducing battery consumption, and strong anti-interception

Active Publication Date: 2013-01-30
苏州东奇信息科技股份有限公司
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Problems solved by technology

However, in order to ensure the stability of the output signal of the impact f

Method used

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  • Burst communication system utilizing transient peak energy
  • Burst communication system utilizing transient peak energy
  • Burst communication system utilizing transient peak energy

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Embodiment Construction

[0085] see Figure 5 As shown, since the vicinity of point "A" is the peak value of the shock envelope amplitude during the entire signal transition process, it is not only the most reliable to transmit effective data near this point, but also does not need to wait for the end of the shock filter transition process of the receiver, so it is also faster . For example, in Figure 5 In the middle, although the envelope amplitude of the signal is stable at about 14 after passing the "D" point, the envelope amplitude of the signal is not lower than 20 between the "E" point and the "F" point. The signal power ratio of (20 / 14) 2 ≈2, which is equivalent to at least doubling the signal transmission power (or at least half the signal transmission power), the power efficiency is greatly improved, and the energy saving effect is remarkable. And it can save at least half of the transmitter work and channel occupation time than starting valid data at point "C".

[0086] use Figure 4 T...

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Abstract

Disclosed is a burst communication system utilizing transient peak energy. A transmitter adopts a simplified expanded binary phase shift keying modulation mode, a receiver comprises a receiving antenna, the receiving antenna is connected with an analog receiver, the analog receiver is connected with an analog-to-digital converter, the analog-to-digital converter is connected with an EBPSK (expanded binary phase shift keying) digital modulator, and the EBPSK digital modulator is connected with a frame processor; the analog receiver comprises a pre-amplifier, the pre-amplifier is connected with a frequency mixer, and the frequency mixer is connected with an intermediate-frequency amplifier; and the EBPSK digital modulator comprises a digital impacting filter, the digital impacting filter is connected with a preprocessor, the preprocessor is connected with a return-to-zero decision device, the return-to-zero decision device is connected with a delay calculation module, both the delay calculation module and the preprocessor are connected to a variable delayer, the variable delayer is connected with an integration decision device, the return-to-zero decision device is further connected with a clock generator, the clock generator is connected to the integration decision device, and a frequency synthesizer is respectively connected to the frequency mixer and the clock generator.

Description

technical field [0001] The invention belongs to the technical field of digital communication and wireless sensor network, and in particular relates to an extremely high-speed burst communication method for transmitting short data or small data packets by using the transient peak energy of a received signal in the establishment process. Background technique [0002] 1. Sensor network and burst communication [0003] Wireless Sensor Network (WSN: Wireless Sensor Network) is an important support of the Internet of Things. It is usually a multi-hop data communication network composed of a large number of spatially distributed automatic devices in a self-organizing form, so as to transmit monitoring data to the receiving center for processing. . In addition to one or more sensors, WSN nodes are also equipped with radio transceivers and microcontrollers. The size and cost depend on the scale of WSN and the complexity of a single sensor node. Usually this kind of WSN node is powe...

Claims

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Application Information

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IPC IPC(8): H04L27/20H04L27/22
Inventor 吴乐南吴金玲
Owner 苏州东奇信息科技股份有限公司
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