In this paper,the conception of bus voltage stability control area of local powersystem is presented,based on the practical criterion for voltage stability calculated by the real-timeinformation and the quasi-real time information form the power system.
In addition, the quasi-real time processing of the input signals is needed according to the project. The TMS320C6711B of TI Company was chosen to meet it. Meanwhile, the results coming from TMS320C6711B will be sent to PC by way of CPCI bus for further processing.
In recent 20 years, with the rapid development of lightning detection technology, the technique for inspecting cloud-to-ground(CG) lightning in quasi-real time (within several seconds) has been mature, and the technique for intracloud(IC) lightning is also improved each passing day.
The hardware platform of this solution is based on the latest high performance DSP TMS320C6201 and many considerations of structural optimization are adopted. The software coding is optimized in meny respects for this DSP system according to features of multi resolution image decomposition and reconstruction process. As a result, the system fairly balances heavy computation burden of some fusion algorithms, mass datum storage and real time request for hardware, which ensures the quasi real time realization for complex image fusion algorithm.
By identifying and selecting the load applied on the structure (which is defined as the index of structure working state), and the FEM of selected state, it is attempted to build a real time and online health monitoring mechanism for the structure, as well as quasi real time and online health diagnosing mechanism for the structure.
Finally, we conducted quasi-real-time FET analysis in seismicity, tentatively probed into the feasibility of FET in seismic prediction, obtained something of practical value.
To avoid the problem of back reflection a quasi-real-time reconstruction scheme is adopted.
Owing to the method's computational effectiveness, an interactive, (quasi-)real-time, parallelized version, which provides the fast feedack needed to easily adjust the model's parameters, could be implemented.
Thus, it is advantageous to develop a computational infrastructure for solving the numerically complex problems quickly, in order to enable quasi-real-time information discovery and computational steering.
A quasi-real-time nodule characterization and visualization software is developed by using this system.
A holographic double-exposure interferometer for quasi real-time analysis is realized, utilizing a photorefractive BTO:Cd crystal for hologram recording.
This strategy leads to fast global c-space computation without a considerable loss of free-space caused by the simplified robot model, and to quasi real-time local c-space computation.
We propose a quasi real-time method for discrimination of ventricular ectopic beats from both supraventricular and paced beats in the electrocardiogram (ECG).
The provided computationally efficient techniques enable the fast post-recording analysis of lengthy Holter-monitor ECG recordings, as well as they can serve as a quasi real-time detection method embedded into surface ECG monitors.
Also, visualizations can be generated in quasi real-time and used for on-line quality control.
This model inherits the precision of investigation data; moreover make use of some advantages of the InSAR technique, such as quasi-real time observation, continuous recording and all-weather measurement.
The effect of varying the parameters which determine CO2 levels can be observed in quasi-real time without any delays for computation.
It is now dramatically easier to publish video in quasi-real time.
By acquiring stationary phase-sensitive frames at different phases between the excitation and the detection, it is possible to calculate in quasi-real time the apparent fluorescence lifetime of the corresponding tissue region for each pixel.
Yet quasi-real time analysis can greatly enhance an instrument's capabilities.