In conclusion, a series of experiments on the product shows that, the applied fuzzy control technology, SMBus, digital filter and sliding window algorithm not only improve the charging efficiency, but prolong the life-span of battery.

Based on the research on current security problems in networked appliances system, a sliding window algorithm is offered, and its mechanism is deeply analyzed.

Lastly, the paper compared the sliding window algorithm with other algorithm such as Binary Method, Addition Chain Method and Yacobi Method etc. and pointed out that sliding window method and Yacobi Method are the best modular power multiplication at present.

In the algorithm, the number of active Scavenger Service flows is calculated by a time sliding window algorithm, and the bandwidth allocated for Best-Effort (BE) flows and SS flows is accordingly tuned in a logarithmical way.

Simulations show that the average segmental signal-to-noise ratio of the sliding window algorithm exceeds that of the continuously variable slope delta algorithm by more than 20 dB for the same channel conditions.

The number of active scavenger service flows was calculated by a time sliding window algorithm,and the bandwidth allocated for best-effort(BE) flows and SS flows was accordingly tuned logarithmically.

Simulations show that the performance of sliding window algorithm is very much better than that of the traditional RS coding algorithm under the same channel conditions.

The sliding window algorithm is chose to detect both abrupt and gradual shot hi system, and a fast abrupt shot detection algorithm using direct feature extracted from MPEG-1 compressed video is also adopted.

In this paper we evaluate the performance of the sliding window algorithm using different main and guard window sizes.

For an on-line implementation, a sliding window algorithm is introduced.

To determine the bit rate for a frame, the sliding window algorithm requires the complete bit rate and R-D information of frames ahead.

GCG's PlotSimilarity program allows us to easily visualize this conservation with a sliding window algorithm.

Because the Stacker-LZS algorithm is a sliding window algorithm, the decompressor does not require an explicit notification of the reset event.

For enhancing performances and increasing functions of PD radar, High PRF, medium PRF and low PRF are commonly applied into system ambiguity appeared in range and velocity in some PRF. Based on clustering, a sliding window correlator algorithm for resolving the radar object ambiguity in range and velocity is described. Slide window algorithm is a searching algorithm. The probability of ambiguity resolution for targets and the computational efficiency are discussed. The relations...

For enhancing performances and increasing functions of PD radar, High PRF, medium PRF and low PRF are commonly applied into system ambiguity appeared in range and velocity in some PRF. Based on clustering, a sliding window correlator algorithm for resolving the radar object ambiguity in range and velocity is described. Slide window algorithm is a searching algorithm. The probability of ambiguity resolution for targets and the computational efficiency are discussed. The relations between the probability of ambiguity resolution of this algorithm and PRF, the range of interest, and the width of sliding window are analyzed. Simulational results are also given.

Slide window algorithm is a searching algorithm. Its operation efficiency in real time is an important indication. The slide window algorithm used for resolving the ambiguity of radar target is analyzed. This paper introduces a parallel realization of multi slide window algorithm on two TMS320C5402 chips. It is used for resolving ambiguity in range and velocity in some PD radar system. With the HPI, the three ply slide window algorithm has been realized in azimuth, range and velocity....

Slide window algorithm is a searching algorithm. Its operation efficiency in real time is an important indication. The slide window algorithm used for resolving the ambiguity of radar target is analyzed. This paper introduces a parallel realization of multi slide window algorithm on two TMS320C5402 chips. It is used for resolving ambiguity in range and velocity in some PD radar system. With the HPI, the three ply slide window algorithm has been realized in azimuth, range and velocity. The detailed hardware scheme, software flow charts and some methods are used to improve computation efficiency.

The genetic algorithm (GA) designed as a general optimization method was applied to the ambiguity resolution of pulse Doppler (PD) radar. The fitness, based on squared error for multi-PRF (pulse repeat frequency) consecutive ordered ranges, was designed. The crossover operator and the conditions of ending in GA were discussed. The relations among the probability of ambiguity resolution of this algorithm, the measurement error and the computational efficiency were analyzed. Simulation results show the GA ambiguity...

The genetic algorithm (GA) designed as a general optimization method was applied to the ambiguity resolution of pulse Doppler (PD) radar. The fitness, based on squared error for multi-PRF (pulse repeat frequency) consecutive ordered ranges, was designed. The crossover operator and the conditions of ending in GA were discussed. The relations among the probability of ambiguity resolution of this algorithm, the measurement error and the computational efficiency were analyzed. Simulation results show the GA ambiguity resolution algorithm does better than the sliding window algorithm on the probability of ambiguity resolution.