Touch panel based restuarent automation systemthulasiram67
This document describes a wireless dish ordering system for hotels and restaurants using Zigbee technology and a touch panel. It allows customers to select items from a menu displayed on the touch panel, which then transmits the order wirelessly to the kitchen. This automates the ordering process and reduces the need for waiters, saving time and labor costs. The system uses a microcontroller, LCD, touch panel, Zigbee transceiver and other hardware, and is programmed using embedded C and Proteus software. It is intended to speed up service and improve the customer experience in restaurants and other establishments.
Touch panel based modern restaurants atomization using zigbee technologyVivekanand Gaikwad
This document describes a project to develop a wireless dish ordering system for hotels using a touch panel and Zigbee technology. The system uses an AT89S52 microcontroller interfaced with a touch panel and Zigbee wireless modules. It allows customers to order dishes directly from their table via the touch panel, eliminating the need to manually take and deliver orders. This reduces labor costs and improves efficiency for the hotel. The system is programmed in embedded C using RIDE and the code is burned onto the microcontroller with ISP.
Touch screen based ordering system & displaying system for restaurantseSAT Journals
Abstract In this generation, we have advanced in almost all the areas except one field where there is still lack of technology. It is the hotel management system and services and so far there is no step being taken to introduce technology in this area. The above stated project works mainly on the method by which anyone can select any items by their choices which are in the menu display and that order will be sent to the pc of the manager using zig-bee module & that ordered item will be served to that customer. With the information we have received; we are engaged in an iterative design cycle to develop a final graphical user interface for our touch screen based ordering system & displaying system. Keywords—Avr16 Microcontroller, Touch screen, LCD display module, Zigbee module
Smart Notice Board with android app via BluetoothS.M. Fazla Rabbi
This a project of Microprocessor, Microcontroller & Assembly Language Subject (CSE-305) of Dhaka International University.
This presentation made by-S.M. Fazla Rabbi. It is a project based submission.
How to make a project in arduino, is clearly describe here.
This document describes a multi-notice display board system using GSM technology. It is summarized as follows:
The system allows wireless control of multiple notice boards using an AT89S52 microcontroller and GSM modem. Notices can be sent individually to boards A and B or to both boards simultaneously. The microcontroller interfaces with a 20x4 LCD display on each board to show messages. The system provides a low-cost and low-power way to remotely manage multiple display boards for places like colleges, hospitals, and stations.
The BLDC control solution is an industrial grade device, designed for low to high voltage operation. The solution provides control over motor rotation speed, forward & reverse rotation and failure detection like commutation error, over current and over voltage.Rotor position estimation is done using Hall sensor technique.
This document outlines the development of a wireless notice board system. The system aims to allow users to send messages from a website or mobile app that will be displayed on an electronic notice board. The notice board will receive messages via a GSM modem connected to a microcontroller. The document describes the problem, software requirements like an Android app for sending messages, hardware requirements including an Android device, and database design. It provides an overview of the existing manual system and proposed wireless system, and constraints for the software and databases.
Touch panel based restuarent automation systemthulasiram67
This document describes a wireless dish ordering system for hotels and restaurants using Zigbee technology and a touch panel. It allows customers to select items from a menu displayed on the touch panel, which then transmits the order wirelessly to the kitchen. This automates the ordering process and reduces the need for waiters, saving time and labor costs. The system uses a microcontroller, LCD, touch panel, Zigbee transceiver and other hardware, and is programmed using embedded C and Proteus software. It is intended to speed up service and improve the customer experience in restaurants and other establishments.
Touch panel based modern restaurants atomization using zigbee technologyVivekanand Gaikwad
This document describes a project to develop a wireless dish ordering system for hotels using a touch panel and Zigbee technology. The system uses an AT89S52 microcontroller interfaced with a touch panel and Zigbee wireless modules. It allows customers to order dishes directly from their table via the touch panel, eliminating the need to manually take and deliver orders. This reduces labor costs and improves efficiency for the hotel. The system is programmed in embedded C using RIDE and the code is burned onto the microcontroller with ISP.
Touch screen based ordering system & displaying system for restaurantseSAT Journals
Abstract In this generation, we have advanced in almost all the areas except one field where there is still lack of technology. It is the hotel management system and services and so far there is no step being taken to introduce technology in this area. The above stated project works mainly on the method by which anyone can select any items by their choices which are in the menu display and that order will be sent to the pc of the manager using zig-bee module & that ordered item will be served to that customer. With the information we have received; we are engaged in an iterative design cycle to develop a final graphical user interface for our touch screen based ordering system & displaying system. Keywords—Avr16 Microcontroller, Touch screen, LCD display module, Zigbee module
Smart Notice Board with android app via BluetoothS.M. Fazla Rabbi
This a project of Microprocessor, Microcontroller & Assembly Language Subject (CSE-305) of Dhaka International University.
This presentation made by-S.M. Fazla Rabbi. It is a project based submission.
How to make a project in arduino, is clearly describe here.
This document describes a multi-notice display board system using GSM technology. It is summarized as follows:
The system allows wireless control of multiple notice boards using an AT89S52 microcontroller and GSM modem. Notices can be sent individually to boards A and B or to both boards simultaneously. The microcontroller interfaces with a 20x4 LCD display on each board to show messages. The system provides a low-cost and low-power way to remotely manage multiple display boards for places like colleges, hospitals, and stations.
The BLDC control solution is an industrial grade device, designed for low to high voltage operation. The solution provides control over motor rotation speed, forward & reverse rotation and failure detection like commutation error, over current and over voltage.Rotor position estimation is done using Hall sensor technique.
This document outlines the development of a wireless notice board system. The system aims to allow users to send messages from a website or mobile app that will be displayed on an electronic notice board. The notice board will receive messages via a GSM modem connected to a microcontroller. The document describes the problem, software requirements like an Android app for sending messages, hardware requirements including an Android device, and database design. It provides an overview of the existing manual system and proposed wireless system, and constraints for the software and databases.
Now a day’s every advertisement is going to be digital. The big shops and shopping centers are using the digital moving displays now. The MOVING MESSAGE DISPLAY is use in school, college campus, universities, hospital and industries to scroll different events and important notices.
The aim of this project is to develop a wireless notice board that will be used at the faculty in order to display latest information.So we are designing a new display system which can access remotely, we are using the Wi-Fi technology, if the user wants to display some message, they will send the messages from mobile (i.e. wireless) or from their PC , the module (Wi-Fi router) in the display system will receive the message and update the display according to the message.
Android mobile phone controlled bluetooth robotDisha Akash
The document describes the design of a robot that can be controlled using an Android mobile app via Bluetooth. The robot uses a PIC16F877A microcontroller interfaced with a Bluetooth module to receive control commands from the app. The app allows sending commands like forward, backward, left, and right to move the robot in different directions. The purpose is to provide a simple and low-cost robot architecture that is also useful for educational robotics projects.
This document describes how to build a Bluetooth controlled robot using an Arduino Uno board. The robot uses an HC-05 Bluetooth module to receive control commands from a mobile phone or PC app over Bluetooth. The Arduino controls two DC motors connected to wheels using an L293D motor driver IC. It receives Bluetooth commands and controls the motors accordingly to move the robot forward, backward, left or right.
This project aims to design a Bluetooth controlled robot car that can be controlled using an Android phone or laptop. An Atmega8 microcontroller is used for serial communication via a Bluetooth HC-05 module using embedded C programming. The HC-05 module allows wireless Bluetooth control of the robot car from a phone or laptop. An L293D motor driver is used to control the motors based on commands received over Bluetooth from the Android device.
Learn more about what an HMI does and the main components and a look at a typical HMI.
Further details:
http://www.schneider-electric.com/en/product-category/2100-HMI%20(Terminals%20and%20Industrial%20PC)?filter=business-1-Industrial%20Automation%20and%20Control
FINAL YEAR SEMINAR ON PROJECT OF "GSM BASED INDUSTRIAL MACHINE CONTROL" PRESENTED BY DNYANESHWAR BHAGWAT,AJAY BHOSALE,PRASHANT BODHE,NIKHIL GAIKWAD... FROM KBP,SATARA
War robot with night vision camera android applicationDheeraj Kumar
This seminar discusses the design and development of a remotely operated robotic vehicle using an Android application. The robot is equipped with a wireless night vision camera that can transmit real-time video in dark environments. The robot is controlled remotely via a smartphone Android app connected over Bluetooth. The robot uses an 8051 microcontroller connected to a Bluetooth module for wireless communication. A motor driver circuit controls the robot's motors based on commands from the Android app. The night vision camera uses IR LEDs to illuminate environments and wirelessly transmits video to allow for remote surveillance.
This document describes an RF-based wireless notice board system that allows information to be transmitted and displayed without wired connections. The system uses an Arduino board, RF transmitter and receiver modules, and an LCD display. At the transmitter, a message entered on a PC or laptop is sent via the Arduino and RF module. The receiver section uses an Arduino, RF module and LCD to display the received message wirelessly. The wireless notice board provides flexibility compared to wired boards and reduces human effort in updating messages at multiple locations.
Dipak Desai has over 7 years of experience in embedded systems and software engineering. He has worked on several projects involving C/C++ programming, embedded software development, digital hardware design, and firmware application development. Some of the projects he worked on include log applications for HMI designers, electric vehicle charging integration, automated test applications, and time table building for train schedules. He is proficient in languages like C/C++ and tools like Qt Creator, Eclipse, and MPLAB. He also has experience working as a lecturer teaching embedded systems and microcontroller courses.
Multiuser sms based microcontroller wireless electronic boardKalees Pandiyan
This document describes a wireless SMS-based microcontroller system for displaying electronic notices. The system uses an AT89C52 microcontroller interfaced with a GSM modem via a MAX232 level converter. The microcontroller is programmed using Embedded C and interfaces with a PC using Visual Basic. Messages entered on the PC are sent via GSM and displayed on a 16x2 LCD screen. The system provides a wireless solution to remotely update notices with low errors and maintenance.
A NOVEL THIN CLIENT ARCHITECTURE WITH HYBRID PUSH-PULL MODEL, ADAPTIVE DISPLA...ijasuc
The advent of cloud computing has driven away the notion of having sophisticated hardware devices for
performing computing intensive tasks. This feature is very essential for resource-constrained devices. In
mobile cloud computing, it is sufficient that the device be a thin client i.e. which concentrates solely on
providing a graphical user interface to the end-user and the processing is done in the cloud. We focus on
adaptive display virtualization where the display updates are computed in advance using synchronization
techniques and classifying the job as computationally intensive or not based on the complexity of the
program and the interaction pattern. Based on application, the next possible key-press is identified and
those particular frames are pre-fetched into the local buffer. Based on these two factors, a decision is
then made whether to execute the job locally or in the cloud or whether we must take the next frame from
the local buffer or pull it from server. Jobs requiring greater interaction are executed locally in the
mobile to reduce interaction delay. If a job is to be executed in the cloud, then the results of the
processing alone are sent via the network to the device. The parameters are varied in runtime based on
network conditions and application parameters to minimise the interaction delay.
- The document describes a proposed zigbee-based electronic menu ordering system using an ARM7 microcontroller.
- The system has two sections - a handheld customer section and a main section. The customer section allows selecting menu items via touchscreen and sends the order wirelessly to the main section using zigbee.
- The main section receives orders from multiple customer sections via zigbee, displays orders on an LCD, and sends the data to a PC for billing purposes. The goal is to develop a low-cost wireless ordering system for small restaurants.
This document presents the main project report for a GSM based wireless notice board. The project aims to design an electronic notice display system that can be controlled via SMS using a GSM modem, allowing wireless and SMS-based display of information. The system will receive an SMS containing the message to display, validate the sender, and display the text on an LCD screen. The document outlines the existing market systems, scope of work, block diagram, circuit diagram, components, microcontroller, display unit, GSM module, MAX232 IC, applications, advantages, disadvantages, potential enhancements, future scope, and conclusions.
Nowadays the technology is embedded in every utilized application to increase the reliability and minimize the human errors caused by the conventional methods. The traditional methods usually been used in restaurant is by taking the customer’s orders and write it down on a piece of paper. Many ordering systems have been proposed in order to solve this issue. In this paper a newly proposed model called Smart Menu is
designed basedon the Wi-Fi technology as the communication medium and Peripheral Interface Controller ( ARM Cortex – m7 processor ) as the hardware which implements faster ordering system. The aim for the smart menu model is to build and design both hardware and software for the ordering and delivering system at restaurants by using TFT LCD connected to the kitchen through WI-Fi technology. Result shows that the hardware and software are successfully functional and able to be used as a smart ordering system. The proposed model is able to handle the lack number of the workers, reduce the lateness and the error on ordering foods by the customers.
This document describes a microcontroller-based sequential starter system that controls the start and stop times of AC motors in real-time. The system uses a PIC18F452 microcontroller interfaced with a DS1307 real-time clock and an LCD. A Windows application developed in C# allows a user to enter start and stop times for motors which are sent to the microcontroller via serial communication. The microcontroller compares the entered times to the real-time clock and executes the motor sequences accordingly, turning motors on and off using solid state relays. The system was designed to demonstrate control of three AC motors based on preset timed sequences.
IRJET - Ingenious Menu Ordering System for RestaurantsIRJET Journal
This document describes an ingenious menu ordering system for restaurants using an Arduino UNO microcontroller, XBee wireless communication modules, and a GLCD touchscreen display. The system allows customers to order food from their table using the GLCD. Their order is then wirelessly transmitted to the kitchen and billing sections. The system is intended to automate the ordering process and reduce the need for wait staff. It provides a more convenient experience for customers to order on their own schedule while improving restaurants' operational efficiency.
IRJET- Design of SCADA based Wireless Monitoring and ControlIRJET Journal
This document describes the design of a SCADA-based wireless monitoring and control system. It uses Indusoft Web Studio software to allow remote monitoring of an industrial process over wireless networks. Key aspects include:
1) Indusoft Web Studio is used to design HMI screens for monitoring process variables from a cascade loop (flow and level) controlled by a Honeywell DCS over Modbus TCP/IP.
2) An Internet Information Services manager publishes the HMI screens via HTTP to allow access from any computer on the network.
3) The final system allows remote monitoring and control of the industrial process from the HMI screens, including alarms and trends, to improve safety by giving engineers oversight.
Advertising Display System using LED and Graphical LEDijsrd.com
This paper explains the Use of "Embedded System in Communication" in very comfort way and how it makes easy human life and also how we can merge two different technologies like GSM (Global System for Mobile Communication) and LED (Light Emitting Diode) display by use of an Embedded System for different applications like advertising. This paper provides information about how a reliable and authentic wireless communication can be done between a mobile and microcontroller by using GSM MODEM. This paper gives you information about a SMS driven automatic Display which can replace currently used programmable electronic Display.
This document describes a touch screen and Zigbee based control system for apartments using an embedded system. The system uses a microcontroller, touch screen, Zigbee modules, and other components to allow users to control home appliances in their apartment wirelessly via the touch screen or voice commands. The microcontroller interfaces with the touch screen, Zigbee modules, and other devices. It receives input from the touch screen or other inputs and sends wireless signals via Zigbee to control appliances like lights and fans. The system aims to provide a compact, user-friendly, and low-cost way to remotely control home appliances within an apartment.
Now a day’s every advertisement is going to be digital. The big shops and shopping centers are using the digital moving displays now. The MOVING MESSAGE DISPLAY is use in school, college campus, universities, hospital and industries to scroll different events and important notices.
The aim of this project is to develop a wireless notice board that will be used at the faculty in order to display latest information.So we are designing a new display system which can access remotely, we are using the Wi-Fi technology, if the user wants to display some message, they will send the messages from mobile (i.e. wireless) or from their PC , the module (Wi-Fi router) in the display system will receive the message and update the display according to the message.
Android mobile phone controlled bluetooth robotDisha Akash
The document describes the design of a robot that can be controlled using an Android mobile app via Bluetooth. The robot uses a PIC16F877A microcontroller interfaced with a Bluetooth module to receive control commands from the app. The app allows sending commands like forward, backward, left, and right to move the robot in different directions. The purpose is to provide a simple and low-cost robot architecture that is also useful for educational robotics projects.
This document describes how to build a Bluetooth controlled robot using an Arduino Uno board. The robot uses an HC-05 Bluetooth module to receive control commands from a mobile phone or PC app over Bluetooth. The Arduino controls two DC motors connected to wheels using an L293D motor driver IC. It receives Bluetooth commands and controls the motors accordingly to move the robot forward, backward, left or right.
This project aims to design a Bluetooth controlled robot car that can be controlled using an Android phone or laptop. An Atmega8 microcontroller is used for serial communication via a Bluetooth HC-05 module using embedded C programming. The HC-05 module allows wireless Bluetooth control of the robot car from a phone or laptop. An L293D motor driver is used to control the motors based on commands received over Bluetooth from the Android device.
Learn more about what an HMI does and the main components and a look at a typical HMI.
Further details:
http://www.schneider-electric.com/en/product-category/2100-HMI%20(Terminals%20and%20Industrial%20PC)?filter=business-1-Industrial%20Automation%20and%20Control
FINAL YEAR SEMINAR ON PROJECT OF "GSM BASED INDUSTRIAL MACHINE CONTROL" PRESENTED BY DNYANESHWAR BHAGWAT,AJAY BHOSALE,PRASHANT BODHE,NIKHIL GAIKWAD... FROM KBP,SATARA
War robot with night vision camera android applicationDheeraj Kumar
This seminar discusses the design and development of a remotely operated robotic vehicle using an Android application. The robot is equipped with a wireless night vision camera that can transmit real-time video in dark environments. The robot is controlled remotely via a smartphone Android app connected over Bluetooth. The robot uses an 8051 microcontroller connected to a Bluetooth module for wireless communication. A motor driver circuit controls the robot's motors based on commands from the Android app. The night vision camera uses IR LEDs to illuminate environments and wirelessly transmits video to allow for remote surveillance.
This document describes an RF-based wireless notice board system that allows information to be transmitted and displayed without wired connections. The system uses an Arduino board, RF transmitter and receiver modules, and an LCD display. At the transmitter, a message entered on a PC or laptop is sent via the Arduino and RF module. The receiver section uses an Arduino, RF module and LCD to display the received message wirelessly. The wireless notice board provides flexibility compared to wired boards and reduces human effort in updating messages at multiple locations.
Dipak Desai has over 7 years of experience in embedded systems and software engineering. He has worked on several projects involving C/C++ programming, embedded software development, digital hardware design, and firmware application development. Some of the projects he worked on include log applications for HMI designers, electric vehicle charging integration, automated test applications, and time table building for train schedules. He is proficient in languages like C/C++ and tools like Qt Creator, Eclipse, and MPLAB. He also has experience working as a lecturer teaching embedded systems and microcontroller courses.
Multiuser sms based microcontroller wireless electronic boardKalees Pandiyan
This document describes a wireless SMS-based microcontroller system for displaying electronic notices. The system uses an AT89C52 microcontroller interfaced with a GSM modem via a MAX232 level converter. The microcontroller is programmed using Embedded C and interfaces with a PC using Visual Basic. Messages entered on the PC are sent via GSM and displayed on a 16x2 LCD screen. The system provides a wireless solution to remotely update notices with low errors and maintenance.
A NOVEL THIN CLIENT ARCHITECTURE WITH HYBRID PUSH-PULL MODEL, ADAPTIVE DISPLA...ijasuc
The advent of cloud computing has driven away the notion of having sophisticated hardware devices for
performing computing intensive tasks. This feature is very essential for resource-constrained devices. In
mobile cloud computing, it is sufficient that the device be a thin client i.e. which concentrates solely on
providing a graphical user interface to the end-user and the processing is done in the cloud. We focus on
adaptive display virtualization where the display updates are computed in advance using synchronization
techniques and classifying the job as computationally intensive or not based on the complexity of the
program and the interaction pattern. Based on application, the next possible key-press is identified and
those particular frames are pre-fetched into the local buffer. Based on these two factors, a decision is
then made whether to execute the job locally or in the cloud or whether we must take the next frame from
the local buffer or pull it from server. Jobs requiring greater interaction are executed locally in the
mobile to reduce interaction delay. If a job is to be executed in the cloud, then the results of the
processing alone are sent via the network to the device. The parameters are varied in runtime based on
network conditions and application parameters to minimise the interaction delay.
- The document describes a proposed zigbee-based electronic menu ordering system using an ARM7 microcontroller.
- The system has two sections - a handheld customer section and a main section. The customer section allows selecting menu items via touchscreen and sends the order wirelessly to the main section using zigbee.
- The main section receives orders from multiple customer sections via zigbee, displays orders on an LCD, and sends the data to a PC for billing purposes. The goal is to develop a low-cost wireless ordering system for small restaurants.
This document presents the main project report for a GSM based wireless notice board. The project aims to design an electronic notice display system that can be controlled via SMS using a GSM modem, allowing wireless and SMS-based display of information. The system will receive an SMS containing the message to display, validate the sender, and display the text on an LCD screen. The document outlines the existing market systems, scope of work, block diagram, circuit diagram, components, microcontroller, display unit, GSM module, MAX232 IC, applications, advantages, disadvantages, potential enhancements, future scope, and conclusions.
Nowadays the technology is embedded in every utilized application to increase the reliability and minimize the human errors caused by the conventional methods. The traditional methods usually been used in restaurant is by taking the customer’s orders and write it down on a piece of paper. Many ordering systems have been proposed in order to solve this issue. In this paper a newly proposed model called Smart Menu is
designed basedon the Wi-Fi technology as the communication medium and Peripheral Interface Controller ( ARM Cortex – m7 processor ) as the hardware which implements faster ordering system. The aim for the smart menu model is to build and design both hardware and software for the ordering and delivering system at restaurants by using TFT LCD connected to the kitchen through WI-Fi technology. Result shows that the hardware and software are successfully functional and able to be used as a smart ordering system. The proposed model is able to handle the lack number of the workers, reduce the lateness and the error on ordering foods by the customers.
This document describes a microcontroller-based sequential starter system that controls the start and stop times of AC motors in real-time. The system uses a PIC18F452 microcontroller interfaced with a DS1307 real-time clock and an LCD. A Windows application developed in C# allows a user to enter start and stop times for motors which are sent to the microcontroller via serial communication. The microcontroller compares the entered times to the real-time clock and executes the motor sequences accordingly, turning motors on and off using solid state relays. The system was designed to demonstrate control of three AC motors based on preset timed sequences.
IRJET - Ingenious Menu Ordering System for RestaurantsIRJET Journal
This document describes an ingenious menu ordering system for restaurants using an Arduino UNO microcontroller, XBee wireless communication modules, and a GLCD touchscreen display. The system allows customers to order food from their table using the GLCD. Their order is then wirelessly transmitted to the kitchen and billing sections. The system is intended to automate the ordering process and reduce the need for wait staff. It provides a more convenient experience for customers to order on their own schedule while improving restaurants' operational efficiency.
IRJET- Design of SCADA based Wireless Monitoring and ControlIRJET Journal
This document describes the design of a SCADA-based wireless monitoring and control system. It uses Indusoft Web Studio software to allow remote monitoring of an industrial process over wireless networks. Key aspects include:
1) Indusoft Web Studio is used to design HMI screens for monitoring process variables from a cascade loop (flow and level) controlled by a Honeywell DCS over Modbus TCP/IP.
2) An Internet Information Services manager publishes the HMI screens via HTTP to allow access from any computer on the network.
3) The final system allows remote monitoring and control of the industrial process from the HMI screens, including alarms and trends, to improve safety by giving engineers oversight.
Advertising Display System using LED and Graphical LEDijsrd.com
This paper explains the Use of "Embedded System in Communication" in very comfort way and how it makes easy human life and also how we can merge two different technologies like GSM (Global System for Mobile Communication) and LED (Light Emitting Diode) display by use of an Embedded System for different applications like advertising. This paper provides information about how a reliable and authentic wireless communication can be done between a mobile and microcontroller by using GSM MODEM. This paper gives you information about a SMS driven automatic Display which can replace currently used programmable electronic Display.
This document describes a touch screen and Zigbee based control system for apartments using an embedded system. The system uses a microcontroller, touch screen, Zigbee modules, and other components to allow users to control home appliances in their apartment wirelessly via the touch screen or voice commands. The microcontroller interfaces with the touch screen, Zigbee modules, and other devices. It receives input from the touch screen or other inputs and sends wireless signals via Zigbee to control appliances like lights and fans. The system aims to provide a compact, user-friendly, and low-cost way to remotely control home appliances within an apartment.
This document contains a career summary and objective for an applicant named Rachit Kushwaha. It summarizes his work experience as a Software Engineer at KPIT Technologies developing HMI applications for instrument clusters. It also lists his academic credentials including a Bachelor's degree in Electronics and Communication Engineering with 8.55 CGPA. Key skills include embedded C programming, CAN protocol, and tools like CANoe, Lauterbach emulator, and Trace-32 debugger.
Nowadays the technology is embedded in every utilized application to increase the reliability and minimize the human errors caused by the conventional methods. The traditional methods usually been used in restaurant is by taking the customer’s orders and write it down on a piece of paper. Many ordering systems have been proposed in order to solve this issue. In this paper a newly proposed model called Smart Menu is designed basedon the Wi-Fi technology as the communication medium and Peripheral Interface Controller ( ARM Cortex – m7 processor ) as the hardware which implements faster ordering system. The aim for the smart menu model is to build and design both hardware and software for the ordering and delivering system at restaurants by using TFT LCD connected to the kitchen through WI-Fi technology. Result shows that the hardware and software are successfully functional and able to be used as a smart ordering system. The proposed model is able to handle the lack number of the workers, reduce the lateness and the error on ordering foods by the customers.
This document describes the design of a wireless LED notice board. It uses a PIC microcontroller and XBEE modules for wireless communication between a transmitter and receiver. The transmitter is connected to a host computer and sends messages over XBEE to the receiver. The receiver PIC then distributes the data in parallel to LED driver chips that control 5x7 LED dot matrix displays to show scrolling text messages. The design aims to cascade multiple displays for viewing messages over a wide area through low power wireless transmission.
Wireless Multimedia Sensor Network: A Survey on Multimedia Sensorsidescitation
Recently due to progress in Complementary Metal
Oxide Semiconductor (CM OS) technology, Wireless
Multimedia Sensor Networks (WMSNs) become focus of
research in a broader range of applications. In this survey
paper different WMSNs applications, research & design
challenges are outlined. In addition to this, different available
commercial multimedia sensors are discussed in detail and
compared. Also other then commercial available multimedia
sensors, some experimental multimedia sensor prototypes are
discussed. In addition to this different experimental deployed
test beds for WMSNs are outlined. Also few Wireless Sensor
Networks (WSNs) simulators and emulators are reviewed.
Depending upon the requirement a few physical multimedia
sensors can be integrated or embedded within available
simulators to observe more accurate results or to visualize in
a better way.
This resume summarizes Pratik Panchal's experience as an embedded engineer. He has over 4 years of experience working with C and C++ on projects involving digital signage, energy meters, networking gateways, and vending machines. His roles have included application development, firmware programming, and functionality testing on platforms such as Linux, Windows, and microcontrollers from Texas Instruments and Microchip. He is seeking a position where he can apply his programming skills and experience developing embedded systems.
This document describes a wireless notice board project using ZigBee technology. The system uses an AT89S52 microcontroller interfaced with an LCD, Max232 for RS-232 communication, and ZigBee modules. Power is supplied through a transformer, rectifier, and voltage regulator. Software includes Keil C51 and XCTU. Applications include information display in public places. Improvements could include adding more receivers, LED displays, and multi-lingual support. The project aims to automate notice distribution wirelessly.
A Configurable User Interface For Hand Held Devicesijsrd.com
This application provides a multi-application and light weight user interface for the devices used in hand held applications. The user interface provided requires no user training and can be accessible by a wide range of users. The simple and practical approach of the design is ideally suited for the Indian context.
This document describes a portable Bluetooth-enabled scrolling LED matrix display created by students under the guidance of K. Shailaja Madam. The display uses an Arduino Uno to control four 8x8 LED matrices and receive text messages over Bluetooth from an Android phone app. The text is sent from the phone and scrolls across the LED matrices from right to left. The document outlines the components used, including the Bluetooth module, Arduino, LED matrices, and shift registers. It provides the block diagram, circuit diagram, and explains how the display works and its potential applications in schools, businesses, and transportation.
LED display system is aimed at the colleges and universities for displaying day-to-day information continuously or at regular intervals during the working hours. Being GSM based system, it offers flexibility to display flash news or announcements faster than the programmable system.
The LED display system mainly consists of a receiver and a display board which can be programmed from an Arduino.
It receives the message through serial port and display the desired information after necessary code conversion.
It can serve as an electronic notice board and display the important notices without any delay thus avoiding the latency.
Similar to Zigbee Enabled Hotel Menu Ordering System Using Touchscreen (20)
DEEP LEARNING FOR SMART GRID INTRUSION DETECTION: A HYBRID CNN-LSTM-BASED MODELgerogepatton
As digital technology becomes more deeply embedded in power systems, protecting the communication
networks of Smart Grids (SG) has emerged as a critical concern. Distributed Network Protocol 3 (DNP3)
represents a multi-tiered application layer protocol extensively utilized in Supervisory Control and Data
Acquisition (SCADA)-based smart grids to facilitate real-time data gathering and control functionalities.
Robust Intrusion Detection Systems (IDS) are necessary for early threat detection and mitigation because
of the interconnection of these networks, which makes them vulnerable to a variety of cyberattacks. To
solve this issue, this paper develops a hybrid Deep Learning (DL) model specifically designed for intrusion
detection in smart grids. The proposed approach is a combination of the Convolutional Neural Network
(CNN) and the Long-Short-Term Memory algorithms (LSTM). We employed a recent intrusion detection
dataset (DNP3), which focuses on unauthorized commands and Denial of Service (DoS) cyberattacks, to
train and test our model. The results of our experiments show that our CNN-LSTM method is much better
at finding smart grid intrusions than other deep learning algorithms used for classification. In addition,
our proposed approach improves accuracy, precision, recall, and F1 score, achieving a high detection
accuracy rate of 99.50%.
CHINA’S GEO-ECONOMIC OUTREACH IN CENTRAL ASIAN COUNTRIES AND FUTURE PROSPECTjpsjournal1
The rivalry between prominent international actors for dominance over Central Asia's hydrocarbon
reserves and the ancient silk trade route, along with China's diplomatic endeavours in the area, has been
referred to as the "New Great Game." This research centres on the power struggle, considering
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Zigbee Enabled Hotel Menu Ordering System Using Touchscreen
1. Presentation On
Zigbee Enabled Hotel Menu Ordering
System Using TouchScreen
Guided by:
Mrs. Savita
Assistant Professor
ECE Dept.
Submitted by:
Akshay Parmar
Bhargav Dutta
Prasun Kumar
2. Motivation of the project
Irregularity in Ordering.
Wastage of time.
Customer dissatisfaction.
Poor management.
Increased manpower.
3. Objective Of The Project
Aim of the project is to develop a prototype of a
system based on Embedded micro controller(PIC16)
which is used for ordering in hotel using touch screen
and graphical LCD.
Also at the other end, a graphical interface is designed
for taking the orders from different tables and to give
the confirmation.
4. INTRODUCTION
This project involves developing a prototype for customer self-
ordering system in restaurants or hotels.
In the proposed system, Zigbee is used to transmit the data from
transmitter to the receiver. There is a Micro-controllers at transmitter
(customer table) and MAX232 at receiver (kitchen) provide interface
that is required to communicate microcontroller with RS 232 based
devices using serial communication link.
5. Whenever a customer comes to a table, they can select their order with the
help of a Graphical LCD with touch screen provided. This GLCD displays
MENU items with its corresponding images or pictures, so the customer has
the choice of selecting the item with its picture. As soon as the customer
selects the item, it will be displayed on the PC provided in the receiver
section.
7. Power Supply Unit
Power supply is designed to convert high voltage AC mains
electricity to a suitable low voltage DC supply for electronics
circuits and other devices.
It can be broken down into a series of blocks, each of which
performs a particular function.
8. Zigbee
Zigbee is a new global standard for wireless Connectivity.
Zigbee is a Communications standard that provides a short range cost
effective networking capability. It has been developed with the emphasis on
low-cost battery powered applications.
Zigbee defines mesh, star and cluster Tree network topologies with data
security features and interoperable application profiles.
11. HARDWARE REQUIRED
Display (Graphical LCD)
Touch screen (4 wire resistive)
Buzzer (5/12 volt DC buzzer)
ZIGBEE (Wireless Full duplex transceiver)
Micro controller (PIC16f877a)
Serial Driver (MAX232)
Power Supply Unit
12. SOFTWARE REQUIRED
A Cross compiler for compiling and linking the code written
for PIC16 (Mikro C/MPLAB).
Serial communication software for downloading code to
PIC16(u CFlash PIC).
Operating System: Windows 2000/XP/7.
Application program development in Embedded C.
GUI design using Lab-VIEW.
Proteus SW for circuit simulation.
14. The main drawback of the system is it does not give the feedback of the
requests to the user. This can be eliminated using GSM modem which
sends the SMS messages about the requests to the manager when the
responder does not respond to the requests of the user.
The system can also extend using smart card technology through which
the bill payment can be done based on the smart ATM debit or credit-
cards directly. The printer can directly issue bills to the customers at
tables only.
16. MILESTONE
SNO. MONTH/DATE/WEEK WORK DONE TILL DATE
1 20/01/2014 to 17/02/2014 DECIDE THE PROJECT AND GROUP
2 17/02/2014 to 17/03/2014 STUDY AND SURVEY ABOUT THE
PROJECT
3 17/03/2014 to 14/04/2014 HARDWARE /SOFTWARE REQUIRED
4 14/04/2014 to 05/05/2014 FLOWCHART /BLOCKDIAGRAM
5 05/05/2014 to 19/05/2014 CIRCUIT DIAGRAM + FUTURE WORK FOR
NEXT SEMESTER.