Presentation acs-03
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This document presents an access control system project that uses a microcontroller and keypad to authenticate users through a password. It includes a block diagram showing the keypad, microcontroller, load driver, and alarm components. The circuit diagram shows how these components connect to the microcontroller and LCD display. It then describes the working of the system, including displaying a login prompt, entering a password via keypad, verifying the password, and triggering an alarm or unlocking a door based on the result.
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MSR PROJECTS ( Now as a MSR EDUSOFT PVT LTD),
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E-mail: msrprojectshyd@gmail.com,
Web: www.msrprojectshyd.com , facebook.com/msrprojects ,
Ring on: 040 66334142, +91 9581464142.
Branches: Hyderabad ( Ameerpet | Dilsuknagar) | Kurnool
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A crowd manager is responsible for defining an establishment's emergency evacuation plan and ensuring employees understand their roles in crowd management and assisting with orderly evacuation. Key responsibilities include designing operating features with crowd behaviors and motivations in mind, understanding egress and ingress, staffing needs, and communication methods. Training programs should cover crowd dynamics related to space, time, energy and information to develop techniques like metering entry to control crowd arrival rates. The most dangerous crowd situations involve ingress, egress, celebrations and protests when crowds are in motion.
Management plan for crowd control
This document provides a management plan for crowd control at large public gatherings in India. It outlines the need for crowd control due to increasing populations and mass gatherings. It then summarizes recent crowd disasters in India and their causes. The document emphasizes that crowd management rather than crowd control is important to prevent disasters through capacity planning, understanding crowd behavior, and stakeholder coordination. Specific crowd control strategies are proposed to regulate crowd inflow, venue activity, and outflow.
Crowd management
The document provides guidance on crowd management and passenger mustering during shipboard emergencies. It discusses the basic human instincts that can arise during stressful situations, such as curiosity, panic, anger, and the fight or flight response. It then outlines the roles and responsibilities of different crew members, such as stairway guides and muster personnel, during an emergency. This includes raising alarms, donning protective gear, directing passengers to muster stations in an orderly fashion, and preparing passengers for a possible evacuation. The overall goal is to reassure passengers and get them to safety in a calm and controlled manner.
INTELLIGENT ROOM LIGHTING ON PERSON PRESENCE
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Smart lighting solutions with motion sensors occupancy sensors pir sensors
The document discusses various sensor technologies and solutions for lighting and air conditioning loads. It describes the differences between motion and occupancy sensors, listing various sensor types from different solution providers including PIR, DALI, KNX, and wireless options. It also provides information on applications of different sensor types and benchmark energy savings for common areas.
Intelligent lighting ppt
Intelligent lighting systems can automate lighting control to save energy and provide convenience. They involve controlling lights remotely through timers, sensors, or wireless networks. This allows adjusting lighting based on factors like daylight or occupancy. Intelligent lighting saves 19% of energy used for lighting worldwide by automating control. Examples of intelligent lighting methods include daylight dimming, occupancy sensors, and wireless lighting networks that can control multiple lights from a central system or mobile device. Applications include using sensors in offices, homes, streets, and corridors to automatically adjust lighting levels based on presence or daylight.
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The document outlines crowd management training requirements for personnel designated to assist passengers during emergencies. It discusses key areas including familiarization with life-saving equipment and emergency plans, assisting passengers to muster stations, executing mustering procedures through communication, and restrictions on elevator use requiring passengers to use stairs. It also covers providing clear reassurance to passengers, controlling passenger movement, evacuating disabled passengers, searching accommodations, and mustering procedures such as maintaining calm and conducting headcounts.
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This document provides an overview of access control concepts and topics relevant to the CISSP certification. It defines access control as the mechanisms that grant or revoke the right to access data or perform actions on an information system. The document outlines key access control topics like identification, authentication, authorization, accountability, access control models, and monitoring. It also discusses access control principles such as least privilege and separation of duties.
Automatic Light Control using LDR and PIR Sensor
The main purpose of designing this project is to prevent loss of current unnecessarily during day time.
During night the bulb will automatically glow .
COMPONENTS REQUIRED :
RELAY
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LIGHT DEPENDENT RESISTOR (LDR)
PASSIVE INFRARED SENSOR (PIR)
RESISTOR (1k ohm)
DIODE
TRANSISTOR (BC547)
BATTERY (POWER SOURCE)
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summer training report (2)
1) The document describes an internship report submitted by Daman Singh Walia for an embedded systems training program using PIC microcontrollers.
2) The training covered architecture, memory organization, interrupts, and timers of PIC microcontrollers. The intern interfaced hardware including LEDs, switches, LCDs, and Bluetooth modules with PIC microcontrollers.
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This document provides an overview of microcontrollers and embedded systems. It discusses characteristics of embedded systems and integrated circuits used in processors. It also describes challenges in embedded system design and common microcontrollers like the 8051. Examples are given of interfacing components like seven segment displays, keypads, and LCDs to microcontrollers. Finally, an example project is outlined for an electronic code lock using a microcontroller and password input from a keypad.
Touchpad Monitored Car
Abstract : In the present study, innovative idea of touchpad controlled vehicle and its real life implication is
described. Generally in such system touchpad is interfaced with ADC [0808/MCP 3208] which gives the coordinates
of the points touch by the user on touchpad. But in this research work Programmable
Intercombination Circuit (PIC) [18F4550/18C4550] is used purposefully instead of ADC as input signal were
in analog which required converting into digital signal. PIC can be used to interface touchpad and also perform
serial port programming far better than ADC. PIC gives output to 8051 microcontroller which uses keil
software program in C for input and output programming. Test drive was done to crosscheck the performance
of touchpad as well as vehicle and it was observed that car was running at corresponding given location
directed by touchpad at al instants.
Keywords - Touch screen, PIC 18F4550, Motor driverL293D, RF Transmitter & Receiver, Keil software.
Touchpad Monitored Car
In the present study, innovative idea of touchpad controlled vehicle and its real life implication is
described. Generally in such system touchpad is interfaced with ADC [0808/MCP 3208] which gives the coordinates
of the points touch by the user on touchpad. But in this research work Programmable
Intercombination Circuit (PIC) [18F4550/18C4550] is used purposefully instead of ADC as input signal were
in analog which required converting into digital signal. PIC can be used to interface touchpad and also perform
serial port programming far better than ADC. PIC gives output to 8051 microcontroller which uses keil
software program in C for input and output programming. Test drive was done to crosscheck the performance
of touchpad as well as vehicle and it was observed that car was running at corresponding given location
directed by touchpad at al instants.
Eye blink sensing
This document describes a vehicle accident prevention system using an eye blink sensor. The system uses an infrared sensor to detect a driver's eye blinks and a microcontroller to process the sensor data. If no eye blinks are detected for a certain period, indicating potential drowsiness, the system will stop the vehicle and trigger an alarm. The system has a transmitter to send eye blink data via RF to a receiver unit in the vehicle which controls the motor and display. The goal is to reduce accidents caused by driver drowsiness or lack of attention.
Report (Electromagnetic Password Door Lock System)
This document describes a student's mini project to develop a microcontroller-based electronic door lock system. It includes chapters on the introduction, design and implementation, and software design. The introduction provides background on embedded systems and microcontrollers. It defines the problem of people forgetting door keys and outlines the project aims to create a cheaper digital door lock system. The design and implementation chapter describes the hardware design including schematic diagrams for the power supply, microcontroller, LCD display, buttons/buzzer/relay, and keypad units. It also includes PCB layout diagrams. The software design chapter discusses configuring the microcontroller ports and LCD, and scanning the keypad using functions to detect button presses and check the password.
Final Presentation
This document describes a microcontroller-based password protected home appliance system. It contains an introduction, block diagram, flowchart, component descriptions, circuit diagram, and descriptions of hardware and software implementations. The system uses an ATmega8 microcontroller to control access to home appliances via a keypad password entry system. It allows authorized users to access appliances when the entered password matches the one stored in memory. The document also discusses objectives, components, programming, and conclusions regarding lessons learned and potential future modifications.
IRJET- Static Analysis of the Roll Cage of All-Terrain Vehicle
This document proposes implementing smart technologies in small hotels and guest houses to improve security, energy efficiency, and the reservation process. It describes using an Android application that allows guests to reserve rooms, select meals, pay bills, and receive door lock codes. It also details a system using Arduino, Raspberry Pi, and relays to automate door locks based on codes entered into a keypad. Finally, it discusses a programmable system for adjusting power to rooms based on appliances selected to reduce energy consumption. The proposed systems aim to enhance the guest experience while providing benefits to hotel management and the environment.
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This document describes an embedded home security system that uses various sensors and components. The system uses an AT89S52 microcontroller along with an IR sensor, LCD display, GSM module, LEDs and other components. The IR sensor detects intruders and the GSM module sends alerts. It provides automated security monitoring and user authentication to prevent break-ins. The system is designed to be effective, practical and reasonably priced for home security.
Micro Controller 8051 of Speedo Meter using KEIL Code
The document discusses interfacing a stepper motor to a microcontroller. It explains that a unipolar stepper motor has two phases that need to be energized sequentially to rotate the motor. The common wires of the stepper motor are connected to Vcc, while the end points of each phase receive control signals from the microcontroller outputs. The code sample shows initializing ports and peripherals, then entering a loop to read the sensor input and control a relay output to demonstrate using the sensor and relay with the microcontroller. It increments a counter variable each time the sensor is triggered and displays the count on the LCD.
Programmable Load Shedding for the utility department
This document describes a programmable load shedding time management system that uses a microcontroller and real-time clock to automatically switch electrical devices on and off according to a pre-programmed schedule. The system allows multiple on/off times to be entered using a matrix keypad and displays the time on a 7-segment display. It takes over the manual task of switching loads with relays according to the programmed time settings. The document outlines the hardware components, software requirements, advantages including precise time control, and potential future enhancements such as remote control via GSM.
Presentation1 modified
This document describes a password-based door locking system using an 8051 microcontroller. The system includes a keypad to enter a password, which is checked against a stored password. If the passwords match, the gate opens. Otherwise, an alarm is activated. The hardware requirements include an 8051 microcontroller, keypad, LCD, relay, motor, resistors, capacitors, crystal oscillator, voltage regulator, and momentary switch. The software includes Keil compiler, Flash Magic, and Proteus. A circuit diagram is provided. Advantages are security, low power consumption, and simple design using common components. Applications include home security and controlling access to secured areas.
password based door locking system using 8051
This document describes a password-based door locking system using an 8051 microcontroller. The system includes a keypad to enter a password, which is checked against a stored password. If the passwords match, the gate opens. Otherwise, an alarm is activated. The hardware requirements include an 8051 microcontroller, keypad, LCD, relay, motor, resistors, capacitors, crystal oscillator, voltage regulator, and momentary switch. The software includes Keil compiler, Flash Magic, and Proteus. A circuit diagram is provided. Advantages are security, low power consumption, and simple design using common components. Applications include home security and controlling access to secure areas.
Keypad locking system using 8051
This project implements a keypad lock using an AT89S52 microcontroller. A 4x4 keypad is used to enter a password, which is checked against a preset password. If correct, a green LED turns on and the lock is opened. Otherwise, a red LED turns on. The status is also displayed on a 16x2 LCD. The code includes functions for initializing peripherals like the LCD, taking input from the keypad, and checking/displaying the password.
Cspass
This document summarizes the Card Swiping and Password Authentication Security System (CSPASS). The system uses an AT89C52 microcontroller, optocoupler, keys, relay, buzzer, and LCD display. It requires a user to swipe their card which is read by the optocoupler, then enter a password on the key matrix which is authenticated before a relay is activated, granting access. Power is supplied through a transformer, rectifier, and voltage regulator to power the various components.
AUTOMATIC WIRELESS POWER GRID CONTROL
This document describes a project on automatic wireless power grid control. It is submitted by three students and guided by an assistant professor. The project uses a microcontroller to wirelessly control different units of a power grid based on time using an RF transmitter and receiver. It explains the hardware components used, including a power supply, diode bridge, microcontroller, RF modules, relay driver, encoder, decoder and LCD display. Block diagrams and working are provided, along with advantages of automation and potential applications in hardware control systems.
Microcontroladores: Interfaz del microcontrolador 8051 con LCD usando el simu...
Microcontroladores: Interfaz del microcontrolador 8051 con LCD usando el simu...SANTIAGO PABLO ALBERTO
This document summarizes the interfacing of an 8051 microcontroller with an LCD display using Multisim simulation software. It describes how to construct the circuit schematic in Multisim by placing the 8051 and LCD components and connecting them. It also explains key aspects of interfacing the 8051 with LCD such as the control lines and registers of the LCD. The document provides an example assembly language program to display text on the LCD. Multisim allows testing and debugging the program virtually before implementing it on real hardware.Minor_project.ppt.pdf
This document describes an automatic room light controller project using IR sensors that was completed by students at SITAMARHI Institute of Technology. The system uses IR sensors to detect movement and an Arduino board to control relays that turn lights on and off. It increments a counter when movement is detected to enter the room, and decrements when movement is detected to exit. The counter value is displayed on an LCD to show the number of people in the room. When the count reaches zero, the lights are automatically turned off to save energy.
3.81 inch OLED 1080X1200 MIPI
Model Name H381DLN01
Display Type AMOLED
Display Brand AUO
Interface MIPI
Screen Size 3.81
Orientation Portrait
Display Color Full Color
Manufacturer AUO
Resolution 1080(RGB)×1200
Driver IC COG Built-in RM69071
Active Area (mm) 64.8(H)×72(V) mm
Luminance 100 cd/m² (Typ.)
Viewing Angle 80/80/80/80 (Min.)(CR≥480
Color Depth 16.7M 100% (CIE1931)
Refresh Rate 90Hz
Signal Type MIPI (4 data lanes), 39 pins, FPC
OLED detail
https://www.panoxdisplay.com/amoled/3-81-amoled-1080x1200-vr.html
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Overview
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Monitoring and Managing Anomaly Detection on OpenShift.pdf
Monitoring and Managing Anomaly Detection on OpenShift.pdf
Presentation acs-03
- 1. A PRESENTATION ON ACCESS CONTROL SYSTEM PREPARED BY: Mody Devansh D. (06-ECG-03) Kukadia Pritesh M. (06-ECG-22) GROUP NO:8 INTERNAL GUIDE: Mr. J.N. PATEL 1/15
- 2. LIST OF CONTENTS Introduction of Project Block Diagram Circuit Diagram Component Details Working of circuit Flow chart Software details 2/15
- 3. INTRODUCTION OF PROJECT Now a days, a problem of security is very much important everywhere in the world. So, in large firms or companies, to make protect of entering of unauthorized person or to secure their important section, they generally use this type of security. This project, AN ACCESS CONTROL SYSTEM provides a facility of security. This type of security lock is generally attached at the main entrance door of the firms. By using this type of security, only authorized fellow can enter. It is quite easy in installation and use. Through this, one can allocate more number of passwords to many fellows. It is easy to use as the fellow don’t need to carry any type of id card or chip etc. 3/15
- 4. BLOCK DIAGRAM AND DESCRIPTION ELECTRICAL LOAD LOADS DRIVER KEYPAD 8051 ALARM ALARM DRIVER 4/15
- 5. First of all a user enters a password by a hex keypad. Micro controller checks password and then gives according output. If the password is correct then it opens the door. If the password is wrong then it gives output to the alarm. 5/15
- 6. CIRCUIT DIAGRAM AND DESCRIPTION LCD 6/15
- 7. When the power supply is switched on, then the whole circuit starts working. Then in LCD, the name of company is displayed and the person is asked to enter the password. The password is entered through a hex keypad. The microcontroller compares that password with the already saved database of employee's information. 7/15
- 8. If it matches with any of the saved password, then microcontroller gives output to the LCD. Then in LCD, the name of employee, his department, his employee number, etc are displayed. Parallel, the microcontroller gives output to the DC motor to open the door. If the password doesn’t match with any password three times, then microcontroller displays in LCD that your password is wrong, and it gives output to the buzzer. 8/15
- 9. COMPONENT DETAILS SR NAME SR NAME NO. NO. 1 MICRO CONTROLLER (AT89S52) 16 ON/OFF SWITCH 2 16×2 LCD 17 LED 3 HEX KEYPAD 18 PRESET(4k7) 4 MICROCONTROLLER COMPATIBLE PCB 19 1000uF/25V CAPACITOR 5 DC MOTOR 20 0.1uF CAPACITOR 6 DC 2NO-NC RELAY(12V) 21 10uF CAPACITOR 7 DC RELAY(5V) 22 33pF CAPACITOR 8 7805 IC 23 5V BUZZER 9 BUG STRIP 24 10Ω RESISTER 10 RESISTER ARRAY 25 1KΩ RESISTER 11 CRYSTAL OSSCILATOR 26 10KΩ RESISTER 12 BRIDGE RECTIFIER 27 CONNECTING WIRES 13 40 PIN CONNECTOR 28 DC SOCKET 14 HEAT SINK 29 SMALL GPB 15 10 PIN CONNECTOR CABLE 9/15
- 10. MAIN PCB 10/15
- 11. WHY HEX KEYPAD? A general 3×2 matrix keypad contains only 0-9 keys. Whereas a hex keypad contains 0-9 keys and also it contains A,B,C,D,E,F keys. So it provides more number of combination of Passwords to the firms. 11/15
- 12. POWER SUPPLY SECTION A supply is given from 230v AC through a 12v adepter. Then it is given to the bridge rectifier. The output of rectifier is given to voltage regulator IC through filter capacitors. 12/15
- 13. SOFTWARE DETAILS KEIL µ VISION 3.0.3. KEIL SOFTWARE IS USED TO PROVIDE YOU WITH SOFTWARE DEVELOPMENT TOOLS FOR 8051 BASED MC. WITH THE KEIL TOOLS YOU CAN GENERATE EMBEDDED APP FOR VIRTUALLY EVERY 8051 DERIVATIVE. 13/15
- 14. START READ KEYPAD CHECK PASSWORD SWITCH ON DEVICE CHECK IF WRONG PASSWORD WAS ENTERED THREE TIMES SWITCH OFF SWITCH ON ALARM ALARM 14/15
- 15. THANK YOU 15/15