HPA01142PWR

High-performance adaptive operation application field and working principle is a technique for adaptive control of systems in which the parameters of control actions are adaptively adjusted according to the input signals and the outputs of the system. HPA01142PWR is an application field developed by the HPA research group at the University of Southampton in the United Kingdom in collaboration with DMT. It is a distributed and modular real-time control system for large-scale and complex dynamical systems with uncertainty and nonlinearities.The concept of high-performance adaptive operation is based on the idea of adaptive control, which is the process of creating a controller that can adapt itself to the changing environment over time. The main objective is to improve the performance of the system given the uncertain conditions. This is achieved by making distributed decisions and by adaptively adjusting the parameters of the control loops and inputs, according to the changing environment and input signals.HPA01142PWR specifically applies the high-performance adaptive operation technique to a range of industrial process applications such as power plants, petrochemical processes and paper mills. The system is designed to be able to quickly and intelligently identify novel variations in the data and to act on them. The system is able to learn from its previous experience and adapt to changing conditions.The system has several components, all of which work together to provide the high-performance adaptive operational control. The system is composed of the Local Controller, External Adaptor, Machine Learning Platform, and Pattern Recognition System.The Local Controller is the component responsible for the control of the process. The external adaptor is responsible for providing the external inputs to the system, such as measurements from the process sensors, and converting them into a form which is readable by the Local Controller. The Machine Learning Platform is the component which allows the system to learn from its previous experiences, and it is capable of utilizing the data from the past to make an informed decision for the current situation. Lastly, the Pattern Recognition System is the component which provides the intelligence in the system and the ability to recognize new patterns and variations in the data.All these components work together to provide the high-performance adaptive operation. The local controller reads the input signals from the external adaptor and makes the necessary adjustments to the control loops and inputs based on the data read. The Machine Learning Platform then takes the data and uses it to create an adaptive controller which is able to recognize new patterns and can make the necessary adjustments in order to maintain the desired performance. Lastly, the Pattern Recognition System verifies the decisions made by the adaptive controller and further adjusts the control loops and inputs according to the new patterns.These components work together in an iterative process to ensure the highest possible performance from the system. The system is able to quickly adjust and maintain the desired performance level, and is therefore ideal for industrial processes.

HPA00471RSSR	Texas Instru...	0.0 $	1000	IC TXRX RF CMOS FSK/OOK 3...
HPA00782DRLR	Texas Instru...	0.15 $	1000	IC ESD SUPPRESSOR SOT553-...
HPA00681DCKR	Texas Instru...	0.26 $	1000	IC REG LDO 50MA ADJ SC70-...
HPA01025YZFR	Texas Instru...	1.64 $	1000	IC BATT FUEL GAUGE LIION ...
HPA02292SQ/NOPB	Texas Instru...	9.4 $	1000	3 GBPS HD/SD SDI ADAPTIVE...
HPA01108AIYZFR	Texas Instru...	0.0 $	1000	THERMOPILE SENSOR IN CHIP...
HPA00328DCKR	Texas Instru...	0.26 $	1000	IC REG LDO 3.3V 50MA SC70...
HPA00215EA/3K	Texas Instru...	--	1000	IC OP AMP R-R CMOS SOT23-...
HPA01142PWR	Texas Instru...	0.6 $	1000	IC CONVERTER DC-DC 2A 8TS...
HPA02254YZFR	Texas Instru...	--	1000	SYSTEM-SIDE IMPEDANCE TRA...
HPA02153A1DRBR	Texas Instru...	0.27 $	1000	IC AMP AUDIO CLASS AB 8SO...
HPA00695DRVR	Texas Instru...	0.48 $	1000	IC REG 1A STEP-DOWN 6WSON...
HPA00836PWPR	Texas Instru...	0.54 $	1000	CLASS-D AUDIO AMPLIFIER W...
HPA00874RTER	Texas Instru...	0.41 $	1000	STEREO HEADPHONE AMPLIFIE...
HPA00141AIDBVRG4	Texas Instru...	0.78 $	1000	CMOS OPERATIONAL AMPLIFIE...
HPA00385DBVR	Texas Instru...	0.56 $	1000	SUPERVISORY CIRCUITS
HPA00071ZQLR	Texas Instru...	3.04 $	1000	IC PLL CLOCK DRIVER 1.8V ...
HPA00763DCKR	Texas Instru...	0.34 $	1000	ULTRA SMALL SUPPLY VOLTAG...
HPA00714DBVR	Texas Instru...	0.57 $	1000	IC PWR DISTR USB SWITCH S...
HPA00776PWPR	Texas Instru...	0.97 $	1000	HIGH POWER AND EFFIENCY I...
HPA02146RHAR	Texas Instru...	1.95 $	1000	IC SOC 2.4GHZ IEEE ZB 40V...
HPA00022DGGR	Texas Instru...	2.87 $	1000	IC CLOCK BUFFER SSTL_2 64...
HPA02272DGGR	Texas Instru...	2.37 $	1000	IC DRIVER LVDS 56TSSOP1/0...
HPA01111DQPR	Texas Instru...	2.86 $	1000	HIGH-EFFICIENCY SYNCHRONO...
HPA02232ARGER	Texas Instru...	--	1000	DUAL-CHANNEL REDRIVER AND...
HPA00700F256RHAR	Texas Instru...	1.95 $	1000	IC SOC RF 802.15.4 ZIGBEE...
HPA01064RHAR	Texas Instru...	1.95 $	1000	IC MCU SOC 2.4GHZ IEEE ZB...
HPA01123DDAR	Texas Instru...	0.78 $	1000	SYNCHRONOUS STEP-DOWN CON...
HPA00224AIDGKR	Texas Instru...	1.23 $	1000	MICROPOWER, CMOS OPERATIO...
HPA01211RHBR	Texas Instru...	1.38 $	1000	LOW-POWER STEREO AUDIO CO...
HPA02286ARLL	Texas Instru...	1.87 $	1000	USB INTERFACE IC
HPA00471RUZR	Texas Instru...	0.0 $	1000	IC TXRX RF CMOS FSK/OOK 3...
HPA00442PWP	Texas Instru...	2.43 $	1000	DUAL NON SYNCHRONOUS CONV...
HPA00014DGG	Texas Instru...	5.94 $	1000	IC PLL DDR CLOCK DRIVER 4...
HPA01061DTR-4	Texas Instru...	0.89 $	1000	IC REG CTRLR BOOST/FLYBAC...
HPA00506AY	Texas Instru...	1.55 $	1000	TRANSIMPEDANCE AMPLIFIER ...
HPA00468IPWR	Texas Instru...	2.34 $	1000	IC ADC 20BIT DELTA SIGMA ...
HPA00615DRVR	Texas Instru...	0.57 $	1000	IC PWR DISTRIBUTION SWITC...
HPA00351DRCR	Texas Instru...	0.7 $	1000	SWITCHING CONTROLLERS
HPA00444AIDBVR	Texas Instru...	0.74 $	1000	DIGITAL TEMPERATURE SENSO...