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This document describes an RFID-based school/college attendance system that uses RFID tags to track student attendance and notify parents via SMS. It uses an ARM7 microcontroller, RFID reader, GSM modem, and other hardware to read RFID tags, record attendance data, and send notifications. The system assigns each student a unique RFID tag. When a student scans their tag, the reader records the time and date and sends the student details to parents via text message. It also controls access to doors/lockers based on the attendance database.
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The document describes an RFID-based vehicle tracking system that uses RFID tags, readers, and a GSM module to track vehicles and prevent road accidents. The system works by placing an RFID tag on each vehicle containing its information. RFID readers placed at secure access points, toll gates, and traffic signals can read the tags and transmit location and accident data via GSM to emergency responders. The system is designed to improve fleet management, safety, and reduce operating costs.
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1. The document presents an RFID-based access control system project. It includes an overview of the system's introduction, block diagram, tools and resources used, concepts, circuit diagram, working, video demonstration, applications, advantages, and disadvantages.
2. The system uses an RFID reader to identify users by scanning their RFID tags. If the tag ID matches one stored in the microcontroller's memory, access is granted. Otherwise, access is denied.
3. The project aims to automate access control for security purposes and unauthorized access prevention through contactless identification of users.
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This PowerPoint presentation provides an overview of radio frequency identification (RFID) technology. It discusses how RFID works, the benefits of RFID, and some concerns around implementing RFID technology. The presentation concludes that while RFID is being adopted in many industries and locations, concerns around privacy and security still need to be addressed for successful widespread implementation. However, RFID has the potential to significantly improve efficiency and change how we manage things in both our personal and work lives.
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This project proposes using an RFID system for security access control. The system uses passive RFID tags and a reader to identify authorized persons and grant them access. It is meant to control access to bank lockers and accounts, allowing entry only to those with a valid ID code stored on their RFID tag. The reader reads the tag ID code, compares it to codes stored in the system, and will open the door if it matches or trigger an alarm if it does not match. For bank account access, the system also requires a PIN to be entered using a keypad. This non-contact RFID system provides an effective security solution.
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2. The system uses an RFID reader to identify users by scanning their RFID tags. If the tag ID matches one stored in the microcontroller's memory, access is granted. Otherwise, access is denied.
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This project proposes using an RFID system for security access control. The system uses passive RFID tags and a reader to identify authorized persons and grant them access. It is meant to control access to bank lockers and accounts, allowing entry only to those with a valid ID code stored on their RFID tag. The reader reads the tag ID code, compares it to codes stored in the system, and will open the door if it matches or trigger an alarm if it does not match. For bank account access, the system also requires a PIN to be entered using a keypad. This non-contact RFID system provides an effective security solution.
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Radio frequency identification (RFID) uses radio waves to automatically identify objects. RFID tags are applied to or incorporated into products and can be read by RFID readers from a distance. Readers identify all tags within their reception area and transmit the tag data directly or through software. RFID is used in warehouses to track inventory and in other applications like passports, animal identification, libraries, and human implants. While the technology offers benefits over barcodes like greater reading distances and read/write capability, its widespread adoption will depend on lowering costs as production scales up.
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Radio frequency identi cation (RFID) is a rapidly growing technology that
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chain management, inventory control, and logistics
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Due to the increasing cost of operation, manufacturers and contract manufacturers are searching for new ways to reduce costs and optimize their operations. Across the supply chain new technology implementation has been a cost saving solution, and it is no different for manufacturing operations. A lot of this growth can be associated to the adoption of RFID networks throughout the supply chain. These wireless networks are being implemented to act as “intelligent monitoring systems” that provide detailed track and trace functionality from manufacture to end consumer stages of the supply chain.
To make RFID a more viable solution for manufacturers, changes have been made to handle their extreme operating environments. New and improved radio frequency tags were designed that can withstand extreme heat and cold, high pressures, hazardous locations and extreme moisture levels. With these improvements also came cost reductions as adoption started to increase on a much larger scale.
Functions of RFID in manufacturing:
Inventory Traceability – Tagging components, WIP and finished products with RFID tags provides real time visibility into manufacturing operations and provides manufacturing operators with continuous data flow to improve decision making.
Equipment Tracking & Monitoring Using RFID –Placing RFID tags on this equipment helps to locate lost or misplaced assets needed for production setup and execution.
Production Scheduling – Manufacturers are also using RFID to identify idle equipment. This helps them to increase asset utilization by more effectively scheduling production.
Monitor Waste & Shrinkage – Tagging component inventory, WIP and finished goods helps manufacturers to monitor waste levels from production lines and possible sources of internal theft or loss.
Reduce Carrying Costs – RFID implementation improves data accuracy, allowing manufacturers to implement JIT inventory management strategies. This helps to reduce inventory carrying costs as items are replenished as needed rather than kept on hand in large quantities.
Shipment Routing – RFID tags can carry data related to predetermine shipping routes. As production is completed this data can be used to assist in staging outgoing shipments. This data accessibility expedites the shipping process and reduces required labor.
Labor Tracking & Security – Radio frequency identification can also be used to track and manage staff activity. RFID badges can be used for granting access to restricted zones and track employees productivity as they move throughout the facility.
Machinery Integration – In some cases manufacturers are using RFID to help control and monitor large machinery activity. In this type of scenario RFID is integrated with machinery control systems.
Learn more about uses for RFID in manufacturing by contacting Datex experts today at marketing@datexcorp.com or 800.933.2839 ext 243.
RFID based Automatic vehicle access control system
Presently demand for cars going up at the rate of 15% per annum.
Presently 15 lacs vehicles being sold every year.
Making roads more expensive than parking infrastructure.
Cars being parked on roads causing traffic congestion and pollution.
By the above points we can say that the demand of
automatic vehicle access control system will increase.
Nimesh thakor
This document describes an RFID-based attendance system. It includes an introduction to RFID technology and how it can be used for attendance tracking. The system uses RFID reader and tags to identify users and mark their attendance in a database on a microcontroller. When a user's RFID tag is detected, the microcontroller checks its database and increments the attendance count for that user. The document outlines the hardware, software, and power requirements and provides block diagrams to illustrate how the system works.
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Radio frequency identification (RFID) uses radio waves to automatically identify objects. RFID tags are applied to or incorporated into products and can be read by RFID readers from a distance. Readers identify all tags within their reception area and transmit the tag data directly or through software. RFID is used in warehouses to track inventory and in other applications like passports, animal identification, libraries, and human implants. While the technology offers benefits over barcodes like greater reading distances and read/write capability, its widespread adoption will depend on lowering costs as production scales up.
RFID
Radio frequency identi cation (RFID) is a rapidly growing technology that
has the potential to make great economic impacts on many industries. While
RFID is a relatively old technology, more recent advancements in chip man-
ufacturing technology are making RFID practical for new applications and
settings. These advancements have the potential to revolutionize supply-
chain management, inventory control, and logistics
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Radio-frequency identification (RFID) uses electromagnetic fields to automatically identify and track tags attached to objects. The tags contain electronically stored information and can be read from distances of several meters without a direct line-of-sight. Unlike barcodes, RFID tags do not need to be within visual range of a reader. RFID operates by transmitting signals from a reader to an RFID tag and receiving a response, allowing identification and tracking of people and objects. Common applications of RFID include supply chain management, vehicle tracking, and automated toll collection.
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This document presents an RFID-based access control and proximity security system project. The system uses RFID technology to track and monitor movement of people and vehicles entering and exiting educational institutions and organizations. It aims to enhance security by allowing access only to authorized individuals, uniquely identifying them, and detecting unauthorized entries. The system consists of RFID tags, a reader, and a host computer running software to store and process tag data. It is intended to improve security at universities and other organizations in Pakistan.
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This document describes an RFID-based student attendance system. Key points:
1. The system uses RFID tags assigned to each student and an RFID reader to automatically record attendance without manual roll calls.
2. When a student holds their RFID tag near the reader, it detects the unique ID and records the student details and attendance in a database.
3. The system aims to solve inefficiencies in traditional paper-based attendance tracking by automating the process and eliminating manual data entry.
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RFID is the one of the technology that is useful in various ways. RFID eases the access and ensures safety to greater extents. The Radio Frequency Identification technique consists of reader and tag which is called as RFID reader and RFID tag. The RFID tag will contain electronically stored data. The reader is used to retrieve the information in order to track or access or to identify the object. The RFID tag will be attached to objects, animals and with people to track and find them. Identification and tracking are done using radio waves.
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RFID technology uses radio waves to automatically identify objects. An RFID system consists of RFID tags, a reader's antenna that broadcasts a signal to the tags, and a reader that receives the tags' responses. RFID tags contain antennas and chips that can receive and transmit data wirelessly. Choosing the right RFID tag depends on factors like the item's properties, the operating environment, intended use, and aesthetics. Common tag types include those for apparel, logistics, libraries, healthcare, and aviation baggage. Specialized tags address issues like metal interference or need for water/grease resistance.
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Astopous Technologies is one of the fastest growing identification & security solutions providers .We have best & high performance active and passive RFID technology solutions,for live tracking vehicles and student care in school bus,live stock and health care people tracking ,retail and assets mgmt.
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Wireless sensor networks using RFID techniques have the potential to provide remote monitoring capabilities that can benefit various applications. They are simpler to deploy than wired solutions and can enable improved understanding of processes through continual monitoring. This project will present the evolution of wireless sensor networks and provide examples of implementations in a vehicle tracking and ticketing system designed for a college bus.
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This document discusses an automated and unmanned parking system using RFID technology. It proposes using RFID readers, labels, computers, barriers and software as the main components to manage parking lots located throughout a city. The software would handle management, control, transaction reporting and operation tasks. Vehicles would check in and out of parking lots using RFID readers and labels at the barriers, reducing personnel costs. The system would consist of RFID tags, a transceiver and antenna to wirelessly read and write data to tags as vehicles enter and exit lots.
Using RFID in Manufacturing Operations
Due to the increasing cost of operation, manufacturers and contract manufacturers are searching for new ways to reduce costs and optimize their operations. Across the supply chain new technology implementation has been a cost saving solution, and it is no different for manufacturing operations. A lot of this growth can be associated to the adoption of RFID networks throughout the supply chain. These wireless networks are being implemented to act as “intelligent monitoring systems” that provide detailed track and trace functionality from manufacture to end consumer stages of the supply chain.
To make RFID a more viable solution for manufacturers, changes have been made to handle their extreme operating environments. New and improved radio frequency tags were designed that can withstand extreme heat and cold, high pressures, hazardous locations and extreme moisture levels. With these improvements also came cost reductions as adoption started to increase on a much larger scale.
Functions of RFID in manufacturing:
Inventory Traceability – Tagging components, WIP and finished products with RFID tags provides real time visibility into manufacturing operations and provides manufacturing operators with continuous data flow to improve decision making.
Equipment Tracking & Monitoring Using RFID –Placing RFID tags on this equipment helps to locate lost or misplaced assets needed for production setup and execution.
Production Scheduling – Manufacturers are also using RFID to identify idle equipment. This helps them to increase asset utilization by more effectively scheduling production.
Monitor Waste & Shrinkage – Tagging component inventory, WIP and finished goods helps manufacturers to monitor waste levels from production lines and possible sources of internal theft or loss.
Reduce Carrying Costs – RFID implementation improves data accuracy, allowing manufacturers to implement JIT inventory management strategies. This helps to reduce inventory carrying costs as items are replenished as needed rather than kept on hand in large quantities.
Shipment Routing – RFID tags can carry data related to predetermine shipping routes. As production is completed this data can be used to assist in staging outgoing shipments. This data accessibility expedites the shipping process and reduces required labor.
Labor Tracking & Security – Radio frequency identification can also be used to track and manage staff activity. RFID badges can be used for granting access to restricted zones and track employees productivity as they move throughout the facility.
Machinery Integration – In some cases manufacturers are using RFID to help control and monitor large machinery activity. In this type of scenario RFID is integrated with machinery control systems.
Learn more about uses for RFID in manufacturing by contacting Datex experts today at marketing@datexcorp.com or 800.933.2839 ext 243.
RFID based Automatic vehicle access control system
Presently demand for cars going up at the rate of 15% per annum.
Presently 15 lacs vehicles being sold every year.
Making roads more expensive than parking infrastructure.
Cars being parked on roads causing traffic congestion and pollution.
By the above points we can say that the demand of
automatic vehicle access control system will increase.
Nimesh thakor
This document describes an RFID-based attendance system. It includes an introduction to RFID technology and how it can be used for attendance tracking. The system uses RFID reader and tags to identify users and mark their attendance in a database on a microcontroller. When a user's RFID tag is detected, the microcontroller checks its database and increments the attendance count for that user. The document outlines the hardware, software, and power requirements and provides block diagrams to illustrate how the system works.
Use of rfid in operations management
The document discusses the use of radio frequency identification (RFID) technology in operations management, including how RFID works, its history and applications in supply chain management, asset tracking, inventory systems and more. It also outlines the differences between passive and active RFID tags and some concerns around RFID such as standardization and privacy issues. The future of RFID is seen as promising for further enhancing operations efficiency.
RFID and its applications
The document discusses Radio Frequency Identification (RFID) technology, including its evolution, components like tags and readers, applications, and concerns. It describes how RFID uses tags with electronic product codes to identify items without line-of-sight scanning. Applications mentioned include supply chain management, electronic passports, transportation payments, and tracking of items, animals, and people. Potential problems discussed are lack of standardization, security/privacy issues if tags can be read without knowledge.
Rfid based attendance sytem
This document describes an RFID system project that uses an Arduino Uno, ATmega 328p microcontroller, EM-18 RFID reader module, passive RFID tags, real-time clock, and 16x2 LCD. It explains the hardware and software components, including how the RFID reader detects tags and the microcontroller registers entries and exits to the LCD display. Key aspects of RFID technology like tags, readers, and middleware are also overviewed at a high level.
RFID Based Asset Management Solution
This document discusses an RFID-based asset management solution. It describes how RFID tags can be used to track assets by giving each one a unique ID encoded on the tag. A mobile RFID reader can then read tag IDs and locate assets or track their movement between locations. Key benefits include accurate real-time tracking of asset locations and information without manual data entry, improving efficiency. Suggested hardware includes RFID tags, readers, and encoders to implement this automated asset management system.
Rfid in retail(kapil)
RFID technology is being used in the retail industry to improve inventory management, customer service and increase sales. RFID tags allow retailers to track inventory in real-time, reducing out-of-stocks. This improves customer satisfaction and loyalty. RFID also enables item-level tracking which allows more efficient ordering and reduces costs from shrinkage. Major retailers like Walmart are adopting RFID to gain these benefits and drive broader adoption among manufacturers and suppliers. While RFID provides advantages over barcodes, there are also some limitations to the technology that retailers are working to address.
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RFID Based Access Control And Proximity Security System.
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Rfid technology next generation application solutions
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RFID based Automatic vehicle access control system
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Teide Refractory Solutions is a refractory supplier that has been providing solutions for 57 years. The document discusses Teide's products for heavy clay kilns including refractory materials for walls, ceilings, and kiln cars. It provides details on the parameters and specifications of these products. It also describes Teide's process for pre-assembling and installing kiln car linings at client sites. Finally, it notes that Teide has over 300 references for kiln car projects worldwide.
School attendence is a prerequite for a student in universial secondary educa...
School attendence is a prerequite for a student in universial secondary educa...Komakech Robert Agwot
The study explored the effects of students’ absenteeism on student academic and school performance in Uganda. The study also assessed the effectiveness of class attendance monitoring tool; the challenges faced by the school administration in dealing with absentee student(s); and established the relationship between students’ absenteeism and academic performance of students. The relevant literature was reviewed to anchor the methodology and the findings. The study adopted descriptive cross-sectional survey design. A combination of stratified and purposive sampling was applied to accommodate the variety of respondents from Serere, Soroti, Kumi and Ngora districts in Teso sub-region; North Eastern Uganda. The study used questionnaires and interview schedules to collect primary data from 349 respondents who participated in the study out of the expected 384 obtained from a target population of 100,000 giving a response rate of 90.89%. The findings shows that the monitoring tools used for students’ attendance are effective (good) and there is a very positive relationship between student attendance and academic performance. The researcher also found that school attendance affects both the students and the school performance. To the students; it leads to poor academic performance, students drop out, graduating half-baked students, poor curriculum coverage and loss of interest in learning whist to the school; it affects the school image, lower the students’ enrollment, transfer of students by parents, wastage of teachers’ and administrators’ time and affects the university/tertiary enrolment. However, the school administration faces challenges of; interruption of lessons, students being hostile/belligerent to teachers, and parents defending their children whilst dealing with absenteeism students. The study also provides the practical and most effective strategies to improve students’ attendance. These staregies include; promoting Zero Tolerance to Students Absenteeism, parental involvement and participation, developing students’ mentoring programmes, improving “rich” student’s programmes, promoting guidance and counseling, promote good communication, reward students with regular attendance, and need to monitor and supervise school attendance. The researcher concludes that, to support students academically in and out of school; administrators, teachers, and families need to have a shared understanding of their children’s learning and work as partners to meet their academic and social-emotional needs.
Keywords: School Attendance, Academic Performance, Excused and Unexcused Absenteeism, Universal Secondary Education
Brute Force Attack
The document discusses recommendations for preventing brute force attacks. It defines a brute force attack as using an automatic process to determine a password or username through all possible combinations. It recommends using CAPTCHAs rather than delaying login attempts, as delays can overload servers with sleep processes and hackers can bypass delays using multiple virtual IPs. CAPTCHAs are a better technique for distinguishing humans from computers to avoid overwhelming servers with attack traffic.
Fiebre por Dengue
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2) La vigilancia y control incluyen vigilancia epidemiológica, control químico y biológico del vector, y educación pública.
3) Las manifestaciones clínicas van desde fiebre indiferenciada hasta dengue hemorrágico y síndrome de choque por dengue. El diagnóstico incluye examen f
Attendance Monitoring System of Marinduque Academy Inc.
The document outlines the proposed Attendance Monitoring System for Marinduque Academy Inc. It currently faces problems with manually recording student attendance and a lack of communication between the school and parents. The objectives of the new system are to provide computerized attendance monitoring, communication between parents and school, and SMS notifications to parents. The scope of the system will be to manage attendance records in a database, allow searches and reports, automatically log attendance via fingerprint scanning, and send SMS messages to parents with student arrival times and absences. However, the system will only monitor overall student attendance and not track class schedules or faculty attendance.
Chickenpox
Chickenpox is caused by the varicella-zoster virus and causes a characteristic itchy vesicular rash. It is highly contagious and spreads through respiratory droplets. The rash progresses rapidly from macules to papules to vesicles and crusts over within 4-7 days. Complications can occur in immunosuppressed individuals and include pneumonia and encephalitis. Vaccination with the live attenuated varicella vaccine provides effective protection.
School attendance management system (sams)
The document presents Kaizen Infocomm's School Attendance Management System (SAMS), a biometric and RFID-based comprehensive attendance management system for schools. SAMS uses biometric devices, RFID tags, and a server and client interface to automatically collect and manage student and staff attendance. It provides features such as daily attendance reports, automatic SMS alerts to parents of absent students, monthly and yearly attendance reports, and meal monitoring.
The Importance of Parent Involvement
This power point explains what the key factors of parent involvement are and how to incorporate parents in a meaningful way into school.
Attendance Management System
The Attendance Management System is a flexible employee timekeeping and attendance tracking tool that automates the collection of time and attendance data from terminals. It calculates employee hours, wages, absences and generates over 30 types of reports. The system supports unlimited users and objects and can be accessed via the internet or client/server. It connects to various time and attendance terminals via COM port, LAN, USB or modem to efficiently track employee time and attendance while reducing costs associated with manual tracking and reporting.
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Marriage & Family - Part 10 : When Children Become Your Friends, Enjoying Th...
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School attendence is a prerequite for a student in universial secondary educa...
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Attendance Monitoring System of Marinduque Academy Inc.
Attendance Monitoring System of Marinduque Academy Inc.
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RFID BASED VEHICLE TRACKING SYSTEM
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This document describes an RFID-based smart shopping cart and billing system project. The system uses RFID tags attached to products to automatically identify items placed in the cart and track them for billing purposes. Key features include displaying product information and price on an LCD screen on the cart, allowing payment via RFID credit card within the cart or at checkout, and sending an SMS receipt. The system aims to make shopping and billing more convenient and efficient by automating processes using RFID and wireless communication technologies like Zigbee and GSM.
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RFID (RADIO FREQUENCY IDENTIFICATION)
What is RFID ?
Components of RFID
RFID Tags & Readers
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Block Diagram
Applications of RFID
Security issues
Next-Generation RFID
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Monitoring and Centering a Remote Discrete Using Rfid through Sim Module
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5.[26 35] rfid security using mini des algorithm in deployment of bike rentin...
The document describes an RFID-based bike rental system that uses miniDES encryption on RFID tags to securely store bike identifiers. Key points:
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Sudha
- 1. 1. www.svsembedded.com SVSEMBEDDED svsembedded@gmail.com, CONTACT: 9491535690, 7842358459 RF-ID BASED SCHOOL / COLLEGE ATTENDANCE SYSTEM & PARENTS ALERT USING GSM MODEMABSTRACT: Radio Frequency Identification (RFID) system is an identification system thatuses radio waves to retrieve data from a device called a tag or transponder. RFID is anarea of automatic identification that has quietly been gaining momentum in recent yearsand is now being seen as a radical means of enhancing data handling processes,complimentary in many ways to other data capture technologies such bar coding. Theobject of any RFID system is to carry data in suitable transponders, generally known astags, and to retrieve data, by machine-readable means, at a suitable time and place tosatisfy particular application needs. Data within a tag may provide identification for anitem in manufacture, goods in transit, a location, and the identity of a vehicle, an animalor individual. An RFID reader/writer contains a scanning antenna and a transceiver. It uses thescanning antenna to send out radio frequency signals in a relative short range. The radiofrequency sent out is used to communicate and power tags (also known as transponders)that are within range, which will then transmit the data on the tag back to the reader. Thescanning antenna then picks up the information sent out by the tag. The data is theninterpreted and decoded by the transceiver. Our RFID based Attendance MonitoringSystem is a micro controller based compact unit to monitor the employee’s attendancethrough proximity access ID cards (RFID - Radio Frequency Identification). This cardcan be designed to hold all employee details including Name of the Company andAddress, Hologram, Employee name, ID number, Photo Images, position, Department,Qualification, Date Of Joining, and more. Attendance monitoring is very simple.www.svsembedded.com SVSEMBEDDED svsembedded@gmail.com, CONTACT: 9491535690, 7842358459 2. www.svsembedded.com SVSEMBEDDED svsembedded@gmail.com, CONTACT: 9491535690, 7842358459 This System assigns a unique card number for each employee. An employeeplaces the RFID card within 5cm distance from the RFID Reader. The RFID Readerwrites down the time, date and type of departure/arrival in a NVRAM or EEPROM. Thetype of arrival/departure is indicated on the LCD display. The display also indicates thecurrent time. After recording the attendance data this information can be downloaded intoa supervisory PC through a RS-232 serial port.The Interface software is responsible for attendance record data processing and itproduces attendance reports in required format. Attendance processing (Interface)software can also be integrated with the payroll software for salary calculation andemployee tracking. Manual entry is also possible.METHODOLOGY: Attendance monitoring is very simple. This System assigns a unique card numberfor each Student. An Student places the RFID card in the RFID card Reader. The RFIDcard Reader reads down the Student details. The details will be indicated on the LCDdisplay and send through GSM modem to parents The display also indicates the currenttime. The Interface software is responsible to control the door depends upon the data baseverification. The holding capacity (number of Student s) of the reader is depends uponthe memory interfacing, i.e., whether interfacing with PC or separate RAM units. This project is implemented using RFID card reader/writer, ARM7LPC2148micro-controller, driver unit for door/locker control and LCD display is used todisplay the tag details, buzzer to indicate confirmation of verification.Key attributes of RFID are that, unlike barcodes, RFID tags can be read: • Without a line of sight from the reader; • In any orientation to the reader;www.svsembedded.com SVSEMBEDDED svsembedded@gmail.com, CONTACT: 9491535690, 7842358459 3. www.svsembedded.com SVSEMBEDDED svsembedded@gmail.com, CONTACT: 9491535690, 7842358459 • Several at a time; and • From distances of several inches up to over 90 feet, ranging from low frequency for the former up to high frequency for the latter. BLOCK DIAGRAM GSM MODEM 16X2 LCD Display UnitRFID tag RS232RFID tag MAX232 ARM7 LPC2148 Buzzer Microcontroller unit unit RS232RFID tag RFID ReaderRFID tag Driver Database Unit Door/Locker www.svsembedded.com SVSEMBEDDED svsembedded@gmail.com, CONTACT: 9491535690, 7842358459 4. www.svsembedded.com SVSEMBEDDED svsembedded@gmail.com, CONTACT: 9491535690, 7842358459HARDWARE: 1. ARM LPC2148 CONTROLLER 2. LCD DISPLAY 3. POWER SUPPLY 4.
- 2. RF-ID READER 5. GSM MODEM 6. RF-ID TAGS 7. DC MOTORFIRMWARE DEVELOPMENT TOOLS: 1. Development tool – KEILUV2 2. Programmer – ISP FLASHAPPLICATIONS: 1. Colleges 2. Schools 3. IndustriesOUTPUTWINDOW:www.svsembedded.com SVSEMBEDDED svsembedded@gmail.com, CONTACT: 9491535