effective bandwidth การใช้

• Smaller packets mean packet headers consume a higher percentage of the packet, thus decreasing the effective bandwidth.
• For example, delivering a 1TB disk once per day has an effective bandwidth of 100Mbit / s.
• Experimental variations such as the slit width ( effective bandwidth ) of the spectrophotometer will also alter the spectrum.
• Furthermore, the response width ( effective bandwidth ) of detected signal depends on the amplitude of the modulation.
• When this assumption is not met, the effective bandwidth f _ H needs to be notated alongside the measurement.
• The benefits of SDRAM's internal buffering come from its ability to interleave operations to multiple banks of memory, thereby increasing effective bandwidth.
• The effective bandwidth of the line can be increased with a section that is a high-pass filter matching this roll-off, combined with an attenuator.
• For real-world network traffic this generally results in an effective bandwidth for the logical link equal to the sum of the bandwidth of the individual physical links.
• This approximately halves the effective bandwidth, so an AP is only able to use somewhat less than half the actual over-the-air rate for data throughput.
• In addition the BBC's Research and Development team invented a transmission method that doubles the effective bandwidth that could currently be delivered by each multiplex using " spatial multiplexing ".
• The current state-of-the-art oscilloscopes  with bandwidths of typically 20 MHz  were not able to do this and the 300 MHz effective bandwidth of their analog sampling oscilloscope represented a considerable advance.
• Using the same example of 8 axes, but with a cycle time of 62.5 祍, the effective bandwidth available for UC frames would be 40 Mbit / s, and the MTU would be reduced to 325.
• The mean frequency \ nu _ 0 = c / \ lambda _ 0 can be expressed by the central wavelength, and the effective bandwidth by means of the coherence length, L _ { c } = c / \ pi \ Delta \ nu.
• In 2008, Vilenski and Shribman started investigating the idea of re-inventing HTTP by building a peer-to-peer overlay network that would employ peer-to-peer caching to accelerate content distribution and peer-to-peer routing to make the effective bandwidth to target sites much faster.
• The Center's research areas are diverse and cover distributed robotics, expressive and hybrid networks, mobile computing, wireless networks, cyber security, computer vision and image processing, RF systems, microwave sensors, wireless sensor networks, computational genetics and protein docking, computational neurobiology, virtual reality, effective bandwidth utilization, wireless protocols, wireless ad hoc networks and wireless gateways.