Skip to main content

RASPBERRY PI 3 PROJECTS

SPRING SOURCE TECHNOLOGIES
IEEE EMBEDDED 2016-2017 TOPICS

DOMAIN:                                           
1)    RTOS (REAL TIME OPERATING SYSTEM)
2)    ELECTRICAL RENEWABLE ENERGY / POWER GENERATION
3)    BIOMEDICAL
4)    WIRELESS
5)    WPT AND ROBOT
6)    PLC
7)    LIFI
8)    BLUETOOTH
9)    RSSI
10)           NFC
11)           RASPBERRY-PI
12)           IOT
13)           ETHETNET/TCP-IP
14)           WIFI





1)    LST_EMB_001 : A CIRCUIT MODEL  OF REAL TIME HUMAN BODY HYDRATION

2)    LST_EMB_002 : BRAIN-COMPUTER INTERFACE AND ARDUINO MICROCONTROLLER FAMILY SOFTWARE INTERCONNECTION SOLUTION

3)    LST_EMB_003 : DEVELOPMENT OF A BRAIN-COMPUTER INTERFACE BASED ON VISUAL STIMULI FOR THE MOVEMENT OF ROBOT JOINTS


4)    LST_EMB_004 : SECURE MANAGEMENT OF LOW POWER FITNESS TRACKERS

5)      LST_EMB_005   : EXPERIMENTAL VALIDATION OF HIGH-VOLTAGE-RATIO LOW-INPUT-CURRENT-RIPPLE DC-DC CONVERTERS FOR FUEL CELL APPLICATIONS


6)    LST_EMB_006 : TOWARD OPEN-SOURCE PORTABLE HAPTIC DISPLAYS WITH VISUAL-FORCE-TACTILE FEEDBACK COLOCATION

7)    LST_EMB_007 : SMART REAL-TIME HEALTH CARE MONITORING AND TRACKING SYSTEM USING GSM/GPS TECHNOLOGIES


8)    LST_EMB_008 : FLEXIBLE TECHNOLOGIES FOR SMART CAMPUS                                                                                                                                                                                                   
9)    LST_EMB_009 : VISION BASED BOTTLE CLASSIFICATION AND AUTOMATIC BOTTLE FILLING SYSTEM

10)                       LST_EMB_010 : BSN-CARE: A SECURE IOT-BASED MODERN HEALTHCARE SYSTEM USING BODY CARE NETWORK

11)                       LST_EMB_011 : DEVELOPING AN OPEN ACCESS MONITORING DEVICE FOR OFF-GRID RENEWABLES                             
12)                       LST_EMB_012 :  DESIGN AND IMPLEMENTATION OF INTEROPERABLE IOT HEALTHCARE SYSTEM BASED ON INTERNATIONAL STANDARDS

13)                       LST_EMB_013 : IMPACT OF VLC ON LIGHT EMISSION QUALITY OF WHITE LEDS

14)                       LST_EMB_014 : STEREO AUDIO STREAMING VIA VISIBLE LIGHT

15)                       LST_EMB_015 : UNCOORDINATED MULTIPLE ACCESS SCHEMES FOR VLC SYSTEMS WITH POSITIONING CAPABILITY

16)                       LST_EMB_016 : COEXISTENCE OF WIFI AND LIFI TOWARDS 5G: CONCEPTS, OPPORTUNITIES, AND CHALLENGES

17)                       LST_EMB_017   : IMPROVED PERFORMANCE LOW COST INCREMENTAL CONDUCTANCE PV MPPT TECHNIQUE


18)                       LST_EMB_018 : INTER-BUILDING PLC-VLC INTEGRATION BASED ON PSK AND CSK TECHNIQUES


19)                       LST_EMB_019 : TURNING THE INTERNET OF (MY) THINGS INTO A REMOTE CONTROLLED LABORATORY

20)                       LST_EMB_020: SEPIA: SECURE-PIN-AUTHENTICATION-AS-A-SERVICE FOR ATM USING MOBILE AND WEARABLE DEVICES


21)                       LST_EMB_021 : FALL DETECTION AND PREVENTION CONTROL USING WALKING-AID CANE ROBOT

22)            LST_EMB_022: OPTIMIZED ASSISTIVE HUMAN-ROBOT INTERACTION USING REINFORCEMENT LEARNING


23)                       LST_EMB_023 : AN EFFICIENT DETECTION METHOD FOR UNKNOWN WIRELESS DEVICES USING SDR RECEIVERS

24)                       LST_EMB_024: VIRTUAL TOUCH SCREENS “VIRTOS”: IMPLEMENTING VIRTUAL TOUCH BUTTONS AND VIRTUAL SLIDERS USING A PROJECTOR AND A CAMERA

25)                       LST_EMB_025 : A REAL-TIME ELECTRICALLY CONTROLLED ACTIVE MATCHING CIRCUIT UTILIZING GENETIC ALGORITHMS FOR WIRELESS POWER TRANSFER TO BIOMEDICAL IMPLANTS



Comments

Post a Comment

Popular posts from this blog

Jio

Reliance Jio planning its own  cryptocurrency called JioCoin  elder son Akash Ambani leading the JioCoin project, Reliance Jio plans to build a 50-member team of young professionals to work on blockchain technology, which can also be used to develop applications such as smart contracts and supply chain management logistics
Post a Comment
Read more

garbage monitoring using arduino code with gsm

#include <SoftwareSerial.h> #include <LiquidCrystal.h> //LiquidCrystal lcd(7, 6, 5, 4, 3, 2); LiquidCrystal lcd(13, 12, 11, 10, 9, 8); SoftwareSerial mySerial(0,1); #define trigPin 2 #define echoPin 3 #define PIR_sensor 4 #define m11 5 #define m12 6 void setup() {    lcd.begin(16, 2);    lcd.print("    Garbage    ");    Serial.println("garbage ");   lcd.setCursor(0,1);   lcd.print("   Open Close    ");   Serial.println(" open close");   delay(3000);   lcd.clear();   //lcd.print(" ");   delay(2000); mySerial.begin(9600); // Setting the baud rate of GSM Module Serial.begin (9600); pinMode(trigPin, OUTPUT); pinMode(echoPin, INPUT);  pinMode(m11, OUTPUT);   pinMode(m12, OUTPUT);   } void loop() {  readPIR();  pingDist();  SendMessage(); } void pingDist ()   {     long duration, distance;...
Post a Comment
Read more