projects based on fuzzy logic
Abstract: en matlab fuzzy logic code assembler fuzzy temperature controller C code FUZZYSTUDIO 3.0 PLCC68 matlab fuzzy set matlab c W.A.R.P.2.0 fuzzy temperature controller
Text: FUZZYSTUDIO 2.0 W.A.R.P.2.0 DEVELOPMENT SYSTEM ADVANCED DATA Key Features Introduction FUZZYSTUDIO 2.0 is an easy and useful environment to design a Fuzzy Project for the fuzzy co-processor W.A.R.P.2.0 FUZZYSTUDIO 2.0 is composed of a complete
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fuzzy logic library c code
Abstract: ST52
Text: TM FUZZYSTUDIO 4.1 USER MANUAL NOVEMBER 2000 FUZZYSTUDIO 4.1 OWNERSHIP STMicroelectronics is the sole owner of the Software contained in the package. STMicroelectronics is the holder of the copyright to the Software, including without limitation such aspects of the Software as its code, sequence, organization, “look and feel”, programming language
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ST52X420/KIT
fuzzy logic library c code
ST52
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AN1328
Abstract: ST24C04 ST52 ST52X430 MICRO ST52
Text: AN1328 APPLICATION NOTE I2C COMMUNICATION PROTOCOL WRITTEN IN FUZZYSTUDIO 4.0 FOR ST52X430 Author: G. Rascona’ 1. INTRODUCTION In this application note we implement two routines to read/write one single byte of data at a time from/into an EEPROM memory in this case the ST24x04 using ST52x430 microcontroller. The protocol used to
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AN1328
ST52X430
ST24x04)
ST52x430
AN1328
ST24C04
ST52
MICRO ST52
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matlab fuzzy set
Abstract: W.A.R.P. 1.1 fuzzy logic library c code matlab PLCC68 matlab simulator communication adaptive matlab code matlab programs in matlab 7.0
Text: AFM 1.0 ADAPTIVE FUZZY MODELLER ADVANCED DATA Up to 8 Input Variables and 4 Output Variables Up to 8 Fuzzy Sets for each Input Variables Up to 214 Fuzzy Rules Rules Learning Phase using an unsupervised WTA-FAM Membership Functions Learning Phase using a supervised BACK-FAM
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FUZZYSTUDIO 3.0
Abstract: 80386 programmers manual FUZZYSTUDIO schematic computer 80386 skm 191 triac vertex m1 intel 94 ST52X301 W.A.R.P.2.0 BU108
Text: FUZZYSTUDIOTM3.0 USER MANUAL st 1 EDITION MAY 1998 OWNERSHIP STMicroelectronics is the sole owner of the Software contained in the package. STMicroelectronics is the holder of the copyright to the Software, including without limitation such aspects of the Software as its code, sequence, organization, "look and feel", programming language
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matlab simulator communication
Abstract: fuzzy logic library c code fuzzy logic c code matlab fuzzy set PLCC68 W.A.R.P. 1.1 W.A.R.P.2.0 adaptive matlab code
Text: AFM 1.0 ADAPTIVE FUZZY MODELLER ADVANCED DATA Up to 8 Input Variables and 4 Output Variables Up to 8 Fuzzy Sets for each Input Variables Up to 214 Fuzzy Rules Rules Learning Phase using an unsupervised WTA-FAM Membership Functions Learning Phase using a supervised BACK-FAM
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PLCC68
Abstract: matlab for fuzzy logic
Text: PROCESSORS & PERIPHERALS FUZZY LOGIC PRODUCTS W.A.R.P. FAMILY - HCMOS FUZZY DEDICATED MICROPROCESSORS The W.A.R.P. family is made up of high performance VLSI fuzzy logic microprocessors operating with linguistic variable and human reasoning. It is aimed at top end applications in high speed control system working stand-alone or like a
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40MHz.
STFLWARP11/PG-PL
STFLWARP20/PL
CPGA100-PLCC84
PLCC68
STFLSTUDIO10/KIT
STFLWARP11/PG
RS-232
STFLAFM10/SW
PLCC68
matlab for fuzzy logic
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code for FUZZY MICROCONTROLLER
Abstract: T62T25 74HC00 M74HC00 PLCC68 ST62E65 fuzzy logic code assembler fuzzy temperature controller C code FUZZYSTUDIO 3.0 application note FUZZY
Text: APPLICATION NOTE FUZZY PROGRAMMABLE BOARD W.A.R.P.2.0 GENERAL PURPOSE APPLICATION BOARD INTRODUCTION The approach described in the following application note shows a flexible and powerful computational system: the Fuzzy Programmable Board FPB . The FPB is a low cost general purpose board able to cover a wide range of applications. It employs
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FUZZYSTUDIO 3.0
Abstract: W.A.R.P.2.0 WARP20
Text: APPLICATION NOTE FUZZY PROGRAMMABLE BOARD W.A.R.P.2.0 GENERAL PURPOSE APPLICATION BOARD INTRODUCTION The approach described in the following application note shows a flexible and powerful computational system: the Fuzzy Programmable Board FPB . The FPB is a low cost general purpose board able to cover a wide range of applications. It employs
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block diagram of 80386 microprocessor
Abstract: 80386 programmers manual STFLWARP11/PG mini projects using matlab PLCC68 FUZZY W.A.R.P.2.0
Text: W.A.R.P.2.0 8-BIT FUZZY CO-PROCESSOR PRELIMINARY DATA Digital Fuzzy Co-processor 8-bit I/O High Speed Rules Processing 4 Input, 2 Output, 32 Rules in 33.1µs Up to 256 Rules 4 Antecedents,1 Consequent Up to 8 Input Configurable Variables Up to 16 Membership Functions for an Input
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PLCC68
40MHz
O0-O11
block diagram of 80386 microprocessor
80386 programmers manual
STFLWARP11/PG
mini projects using matlab
PLCC68
FUZZY
W.A.R.P.2.0
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FUZZY MICROCONTROLLER
Abstract: block diagram induction heating ST52 Dualogic TYPE 2 FUZZY LOGIC C422 DESIGN A SPEED CONTROL OF DC MOTOR USING FUZZY LOGIC TRIAC THREE PHASE ANGLE CONTROLLER 3 phase induction motor control using triac Block dig of speed control of single phase induction motor induction heating oscillator circuit
Text: ST52 TM DuaLogic A NEW FAMILY OF MCU WITH FUZZY CAPABILITIES Fuzzy Logic B.U. STMicroelectronics 1 THE ST52: THE DuaLogicTM MICROCONTROLLERS FAMILY The single-chip 8-bit ST52 family formerly WARP of fuzzy microcontrollers provides a high computational flexibility to perform fuzzy,
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ST52x410
ST52x301
FUZZY MICROCONTROLLER
block diagram induction heating
ST52 Dualogic
TYPE 2 FUZZY LOGIC
C422
DESIGN A SPEED CONTROL OF DC MOTOR USING FUZZY LOGIC
TRIAC THREE PHASE ANGLE CONTROLLER
3 phase induction motor control using triac
Block dig of speed control of single phase induction motor
induction heating oscillator circuit
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80386 programmers manual
Abstract: STFLSTUDIO10KIT w.a.r.p. 1.0 PLCC84 PF319 FUZZY CPGA100
Text: W.A.R.P. 1.1 WEIGHT ASSOCIATIVE RULE PROCESSOR ADVANCED DATA High Speed Rules Processing Antecedent Membership Functions with any Shape Up to 256 Rules 4 Antecedents,1 Consequent Up to 16 Input Configurable Variables Up to 16 Membership Functions for an Input
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100-pin
CPGA100
84-lead
PLCC84
80386 programmers manual
STFLSTUDIO10KIT
w.a.r.p. 1.0
PLCC84
PF319
FUZZY
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ST52x301
Abstract: FUZZY MICROCONTROLLER ALGORITHM battery charger simulation matlab code for FUZZY MICROCONTROLLER FUZZY MICROCONTROLLER PWM matlab matlab fuzzy set fuzzy logic code assembler fuzzy logic c code ST52T301
Text: The ST logo is a registered trademark of STMicroelectronics www.st.com ST52x301 the new 8 Bit Dualogic TM microcontroller STMicroelectronics, leader in the emerging world of fuzzy microcontrollers, is pleased to introduce ST52x301, its latest 8-bit DuaLogicTM
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ST52x301
ST52x301,
ST52x301
ST52T301/P
PLCC44
ST52E301/C
CLCC44-W
ST52X301/KIT
ST52T301/P
FUZZY MICROCONTROLLER ALGORITHM
battery charger simulation matlab
code for FUZZY MICROCONTROLLER
FUZZY MICROCONTROLLER
PWM matlab
matlab fuzzy set
fuzzy logic code assembler
fuzzy logic c code
ST52T301
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ST52x301
Abstract: NTC resistor T5 digital micro mirror device VB408 AN1147 NTC SENSOR CONNECTION FUZZYSTUDIO 3.0
Text: AN1147 APPLICATION NOTE High Resolution Digital Conversion of an NTC by ST52x301 Authors: A. Cucuccio, G. Rascona’ 1. Introduction In this application note is presented an efficient and flexible method to evaluate the value of a variable resistor in the range 1KΩ ÷ 10KΩ i.e. it could be an NTC resistance for a thermal regulation control
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AN1147
ST52x301
ST52x301
NTC resistor T5
digital micro mirror device
VB408
AN1147
NTC SENSOR CONNECTION
FUZZYSTUDIO 3.0
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ST52x301
Abstract: principle stepper motor triac phase control motor, pid TRIAC THREE PHASE ANGLE CONTROLLER 24v linear stepper motor fuzzy logic controller Mohan FUZZY TRIAC 137 PIN OUT triac phase control motor
Text: AN1115 APPLICATION NOTE ST52x301 FOR STEPPER MOTORS FUZZY CONTROL Authors: G. Grasso, M. Lo Presti 1. INTRODUCTION This application note is intended to explain how to control a stepper motor by using ST52x301 Fuzzy Microntroller. Stepper Motors are well known in position controls field applications and are particularly used in Robotics, Computer peripherals, Industrial servo quality drivers and so on. One of the main advantages of
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AN1115
ST52x301
principle stepper motor
triac phase control motor, pid
TRIAC THREE PHASE ANGLE CONTROLLER
24v linear stepper motor
fuzzy logic controller
Mohan
FUZZY
TRIAC 137 PIN OUT
triac phase control motor
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3 phase induction motor control using triac
Abstract: shaded pole motor speed control 220VAC single phase AC inverter PWM AC MOTOR 1 PHASE CONTROl single phase ac motor speed control ac motor speed control circuit with triac 3 phase squirrel cage induction motor single phase induction motor speed control used triac based dc motor control using a single switch DC MOTOR SPEED CONTROL USING triac
Text: AC Monophase Motor Control by ST52 with Noiseless Driver STMicroelectronics Introduction The single-phase induction motor is a brushless motor designed either with a single stator coil plus a "shaded pole" coil, or with a two stator coils and a phase-shift capacitor. The
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motors400
3 phase induction motor control using triac
shaded pole motor speed control
220VAC single phase AC inverter
PWM AC MOTOR 1 PHASE CONTROl
single phase ac motor speed control
ac motor speed control circuit with triac
3 phase squirrel cage induction motor
single phase induction motor speed control used triac based
dc motor control using a single switch
DC MOTOR SPEED CONTROL USING triac
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220v AC voltage stabilizer schematic diagram
Abstract: 10 pages project on zener diode PWM 220v ac stabilizer 12v dc motor by using triac AC voltage stabilizer project triac burst fire control Triac stabilizer application note microcontroller base triac phase angle control voltage regulator using triac TRIAC control
Text: AN1114 APPLICATION NOTE BURST MODE TRIAC CONTROL BY USING ST52x301 Authors: A. Cucuccio, M. Lo Presti 1. INTRODUCTION The aim of this application note is to provide a complete hardware schematic and the software routines for a system using a Triac in Burst mode driven by the peripherals included in the ST52x301 DuaLogic
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AN1114
ST52x301
ST52x301
ST52x301,
220v AC voltage stabilizer schematic diagram
10 pages project on zener diode
PWM 220v ac stabilizer
12v dc motor by using triac
AC voltage stabilizer project
triac burst fire control
Triac stabilizer application note
microcontroller base triac phase angle control
voltage regulator using triac
TRIAC control
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Untitled
Abstract: No abstract text available
Text: SGS-THOMSON G 7 . W.A.R.P.2.0 RÜD [^ S IIL[l@f^(ô)R!lD(g 8-BIT FUZZY CO-PROCESSOR PRELIMINARY DATA • Digital Fuzzy Co-processor 8-bit I/O ■ High Speed Rules Processing 4 Input, 2 Output, 32 Rules in 33.1p.s ■ Up to 256 Rules (4 Antecedents, 1 Consequent)
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40MHz
PLCC68
STFLWARP20/PL
PLCC68
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Untitled
Abstract: No abstract text available
Text: SGS-THOMSON 7. W.A.R.P.2.0 iU O T lM B S i 8-BIT FUZZY CO-PROCESSOR PR ELIM IN A R Y DATA Digital Fuzzy Co-processor 8-bit I/O High Speed Rules Processing 4 Input, 2 Output, 32 Rules in 33.1|as Up to 256 Rules 4 Antecedents, 1 Consequent Up to 8 Input Configurable Variables
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40MHz
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CPGA100
Abstract: No abstract text available
Text: rz7 SGS-THOMSON * 7 # . H O Ê lM ilL IO T [ii!lD ( g @ W .A .R .P . 1 .1 WEIGHT ASSOCIATIVE RULE PROCESSOR ADVANCED DATA • High Speed Rules Processing ■ Antecedent Membership Functions with any Shape ■ Up to 256 Rules (4 Antecedents, 1 Consequent)
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CPGA100
PLCC84
100-pin
CPGA100
84-lead
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mte maxim
Abstract: CHMC 37
Text: 5 7 . SGS-THOMSON M Ê iœ iL iC T l iÊ S W .A .R .P . 1 .1 W E IG H T ASSOCIATIVE RULE PRO C ESSO R ADVANCED DATA • H igh spe e d Rules Processing ■ Antecedent Membership Functions with any Shape ■ Up to 256 Rules 4 Antecedents, 1 Consequent ■ Up to 16 Input Configurable Variables
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100-pin
CPGA100
84-lead
PLCC84
mte maxim
CHMC 37
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CPGA100
Abstract: 80386 programmers manual CHMC 37 PLCC84 CHMC 46 matlab code for half adder 1x16 DeMux CHMC S 48
Text: SGS-THOMSON $ 7 . W A R .P . 1.1 r a o œ n L i î M f i® ( g i WEIGHT ASSOCIATIVE RULE PROCESSOR ADVANCED DATA • High Speed Rules Processing ■ Antecedent Membership Functions with any Shape ■ Up to 256 Rules (4 Antecedents, 1 Consequent ■ Up to 16 Input Configurable Variables
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100-pin
CPGA100
84-lead
007722b
80386 programmers manual
CHMC 37
PLCC84
CHMC 46
matlab code for half adder
1x16 DeMux
CHMC S 48
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Untitled
Abstract: No abstract text available
Text: 57. SGS-THOMSON W.A.R.P. 2.0 M iiM & t WEIGHT ASSOCIATIVE RULE PROCESSOR PRELIMINARY DATA • Digital Fuzzy Processor 8-bit I/O ■ High Speed Rules Processing 4 Input, 2 Output, 32 Rules in 33.1 ms ■ Up to 256 Rules 4 Antecedents, 1 Consequent ■ Up to 8 Input Configurable Variables
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40MHz
7T2T237
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FUZZYSTUDIO 3.0
Abstract: SIS2 microprocessor 80386 pin out diagram ALPHA MICROELECTRONICS W.A.R.P.2.0
Text: SGS-THOMSON 5 7 . MiMSISILI W.A.R.P. 2.0 W EIG HT ASSOCIATIVE RULE PROCESSOR PRELIMINARY DATA • Digital Fuzzy Processor 8-bit I/O ■ High Speed Rules Processing 4 Input, 2 Output, 32 Rules in 33.1 us ■ Up to 256 Rules 4 Antecedents, 1 Consequent ■ Up to 8 Input Configurable Variables
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40MHz
7TETE37
0072cl0b
FUZZYSTUDIO 3.0
SIS2
microprocessor 80386 pin out diagram
ALPHA MICROELECTRONICS
W.A.R.P.2.0
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