Generation RFID is a company focused on developing customized RFID products, services, and solutions. They develop electronic embedded products for various applications, with a focus on RFID electronic modules and solutions. Their target customers include RFID hardware and inlay manufacturers, system integrators, label converters, and end customers. They aim to offer customized products and services to each customer level to help achieve maximum RFID quality for end applications.
This document provides an overview of barcodes, RFID, and supply chain management from a presentation given by Existco. It discusses the basics of barcodes and RFID, including common standards like GS1-128. It then describes how barcodes and RFID can be used at various stages of the supply chain, including receiving goods, picking, palletizing, shipping, receiving at sites, and replenishment requests. The presentation recommends using both barcodes and RFID to track items cost effectively through the supply chain. It also provides hardware and software recommendations to help implement an effective supply chain tracking system.
Our firm is counted amongst the eminent names in industry for supplying, trading and distributing a large gamut of Computers & its Peripheral and Security & Surveillance Products.
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.
This document discusses RFID technology, including its history and components. It describes how RFID uses radio waves to automatically identify objects without needing direct contact or line-of-sight. RFID tags can be attached to various items to track them and can store data that can be read from a distance. The document outlines several applications of RFID technology, such as supply chain management, asset tracking, and access control. It also notes both advantages of RFID over barcodes, as well as privacy concerns regarding the data collected.
IRJET- Examination Room Guidance System using RFID and ArduinoIRJET Journal
The document proposes an examination room guidance system using RFID technology, where each student is issued an RFID card containing their exam details. The system includes an RFID reader, tags, Arduino, LCD display and LEDs, such that when a student's tag is scanned their exam room and seat number will be displayed to guide them to the correct location. The proposed system aims to help students easily find their exam rooms and seats, reducing stress and saving time compared to traditional jumbling systems.
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 (Radio Frequency Identification) is a technology that uses radio waves to automatically identify objects. An RFID system consists of RFID tags attached to objects, RFID readers to interrogate the tags, and a host computer system. Some key applications of RFID technology include asset tracking, supply chain management, and library management. While RFID provides benefits like contactless tracking and identification of multiple tags, there are also challenges to address regarding standards, costs, security, and privacy. Case studies demonstrate how companies have used RFID to better track returnable assets and improve supply chain operations.
This document provides an overview of barcodes, RFID, and supply chain management from a presentation given by Existco. It discusses the basics of barcodes and RFID, including common standards like GS1-128. It then describes how barcodes and RFID can be used at various stages of the supply chain, including receiving goods, picking, palletizing, shipping, receiving at sites, and replenishment requests. The presentation recommends using both barcodes and RFID to track items cost effectively through the supply chain. It also provides hardware and software recommendations to help implement an effective supply chain tracking system.
Our firm is counted amongst the eminent names in industry for supplying, trading and distributing a large gamut of Computers & its Peripheral and Security & Surveillance Products.
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.
This document discusses RFID technology, including its history and components. It describes how RFID uses radio waves to automatically identify objects without needing direct contact or line-of-sight. RFID tags can be attached to various items to track them and can store data that can be read from a distance. The document outlines several applications of RFID technology, such as supply chain management, asset tracking, and access control. It also notes both advantages of RFID over barcodes, as well as privacy concerns regarding the data collected.
IRJET- Examination Room Guidance System using RFID and ArduinoIRJET Journal
The document proposes an examination room guidance system using RFID technology, where each student is issued an RFID card containing their exam details. The system includes an RFID reader, tags, Arduino, LCD display and LEDs, such that when a student's tag is scanned their exam room and seat number will be displayed to guide them to the correct location. The proposed system aims to help students easily find their exam rooms and seats, reducing stress and saving time compared to traditional jumbling systems.
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 (Radio Frequency Identification) is a technology that uses radio waves to automatically identify objects. An RFID system consists of RFID tags attached to objects, RFID readers to interrogate the tags, and a host computer system. Some key applications of RFID technology include asset tracking, supply chain management, and library management. While RFID provides benefits like contactless tracking and identification of multiple tags, there are also challenges to address regarding standards, costs, security, and privacy. Case studies demonstrate how companies have used RFID to better track returnable assets and improve supply chain operations.
IRJET- RFID based Authentication and Access of VehiclesIRJET Journal
This document describes a project that developed an RFID-based system for vehicle authentication and access. The system uses RFID tags attached to vehicles and an RFID reader to automatically identify and track tagged vehicles. When a vehicle's RFID tag comes within range of the reader, the reader reads the tag's digital information and sends it to a monitoring unit for verification and authentication before granting the vehicle access. The system aims to automate vehicle tracking and access control through the use of radio frequency identification technology.
RFID (radio frequency identification) is a technology that uses tags attached to objects to identify and track them. Tags contain electronically stored information and communicate via standardized radio frequencies. There are two main types of RFID tags: passive tags, which have no battery and collect energy from nearby readers, and active tags, which have an onboard battery and can transmit signals over greater distances. RFID technology has various applications including asset tracking, automated process tracking, vehicle tracking, document tracking, and people tracking. It allows for more efficient and secure tracking of items with less time compared to traditional systems.
Rfid08 Ppt Kirkwood Rfid101 Final Presentationblkirkwood
This document provides an overview of RFID (radio frequency identification) technology. It discusses the components of an RFID system including tags, readers, and software. It describes how RFID works and the history of its development. The document examines factors to consider when choosing RFID, such as tag type, frequency, and environment. It also outlines benefits of RFID like improved inventory management, security, and supply chain visibility compared to barcodes. RFID can enable automated tracking of products throughout the supply chain.
This document describes an RFID-based book shelving system that was designed and implemented to identify misplaced books on bookshelves. The system uses RFID tags placed on books and RFID readers on bookshelves. When a book is misplaced on the wrong shelf, the system alerts the librarian via a message on the computer and an audible buzzer. It also displays information about the correct shelf location. This helps reduce the time librarians spend searching for misplaced books. The system was tested using two books and one bookshelf to demonstrate the concept. Visual Basic was used to display alert messages on the computer when books were misplaced. The goal was to notify students and librarians about
The document provides an overview of RFID technology and considerations for printers and converters looking to enter the RFID market. It discusses that RFID requires production modifications, including machine modifications to avoid damaging tags. It also emphasizes handling RFID materials carefully due to risks of static electricity. The document offers guidance on converting methods, printing, encoding, testing, and packaging RFID labels.
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.
The document summarizes multi-technology contactless card readers that can read both proximity and iCLASS cards. The readers provide a simple migration path from proximity to iCLASS technologies while allowing the use of multiple card types. The readers support popular proximity formats from HID and Indala and provide security features such as mutual authentication and encrypted data transmission. The readers are designed to seamlessly interface with existing access control systems.
An RFID system consists of an antenna, transceiver, and transponder tag with unique information. There are two types of RFID tags: active tags with their own power source and longer read ranges but limited lifespan, and passive tags without a power source that are smaller and have unlimited lifespan. RFID tags contain protocol, organization, product class, and unique serial number data. Compared to barcodes, RFID tags don't require line of sight, can be read from greater distances, and allow reading and writing information.
NFC attacks can be used to compromise devices and steal sensitive data. NFC allows passive communication up to 4cm and can be used to pair Bluetooth devices without user interaction, enabling theft of credit card data. Researchers have created tools like an NFC proxy Android app that can skim RFID credit cards by replaying the stolen card data to a payment terminal. Proper security measures are needed to protect against these NFC hacking techniques.
System Label is a leading European label supplier founded in 1992 with locations in Ireland and the UK and 46 employees generating €7 million in annual revenue. They specialize in a wide range of labeling products including self-adhesive labels, membrane switches, overlays, decals, foams and gaskets, smart labels, photoluminescent labels, nameplates and signs, domed labels, thermal transfer ribbons, and offer design, printing, and full production capabilities. Key services include ISO and industry certifications and customized supply chain management systems aligned with client needs.
The Google Nexus S offers support for Near Field Communication (NFC), an extension to an RFID smart card protocol popularly used for secure access, metro passes (Oyster/Clipper), and electronic money (FeliCa/Octopus). NFC in smartphones promises adding these features to the phone you carry by allowing the it to emulate both RFID tag and reader.
NFC additionally adds new capabilities like exchanging configuration data such as WiFi settings, trading vCard contact information, reading URLs, triggering SMS text messages or initiating calls, and secure bi-directional communication between NFC devices.
This session will cover what NFC and RFID is and is not, what Android on the Nexus S is currently capable of, and some examples of how to add NFC to your apps.
http://where2conf.com/where2011/public/schedule/detail/18443
This document provides an overview of RFID (Radio Frequency Identification) technology. It discusses how RFID works by transferring data through radio waves without needing direct contact, unlike barcodes. The document traces the history of RFID from its origins in tracking airplanes in World War 2 to its increasing use by businesses and governments from the 1980s onward to track inventory. Finally, it describes how RFID is used now across various industries to track assets, equipment, materials, products, personnel and more through the use of RFID tags and readers.
Identify vehicle visibility 20121117_r01_wnWirote Ng
Identify is an RFID solutions provider that has been in business since 2002. They offer vehicle visibility solutions using RFID technology to automate inbound and outbound vehicle tracking processes. Their solution uses passive RFID tags attached to vehicles and RFID readers installed at checkpoints to provide real-time vehicle location information and reporting. The benefits of their vehicle visibility solution include paperless operations, key performance indicator tracking, reduced labor costs, and increased visibility of vehicle locations.
RFID is a technology that uses radio waves to automatically identify objects. It consists of RFID tags attached to objects and RFID readers that can read the tags. RFID tags contain antennas to receive and transmit radio signals to readers, which can then pass the identification information from the tag to backend computer systems. Common applications of RFID include inventory tracking, access control, payment systems, and monitoring of assets or animals. Advantages include contactless and fast identification of multiple tags, while disadvantages include potential impacts from environmental factors and cost of implementation. The future of RFID may include more uses in healthcare, retail, and smart home applications.
RFID uses radio waves to automatically identify objects. It consists of a tag attached to the object and a reader that detects and reads the tag. The tag contains an antenna and microchip that stores information. The reader emits radio waves to power the tag and read its data from a distance without contact. Common applications include inventory tracking, transportation payments, and access control like passports. RFID tags come in passive and active types. EPC Gen 2 is the standard protocol that defines the physical and logical specifications for UHF RFID systems, including tag and reader communication methods and message formats.
Etilux is a family-owned business that has been operating for 40 years. It started by selling labels and has expanded its product and service offerings based on customer needs. Etilux now provides identification and labeling solutions including RFID, barcoding, and labels; adhesive and packaging solutions; audiovisual solutions including equipment sales and rentals and project management; and office supplies including computer consumables and printed forms. The company aims to offer a complete integrated solution, high quality service, and expertise to improve customers' processes.
Barcoding and RFID are technologies used for electronic identification of objects. Barcoding uses a pattern of dark and light bars to represent numbers or characters, and has been used since 1967 for applications like rail transport and grocery stores. RFID uses radio waves to identify objects wirelessly. The main types are active RFID with internal batteries and longer ranges, and passive RFID which derives power from reader signals. Both technologies have advantages like speed and accuracy over manual identification, and disadvantages like equipment needs and environmental sensitivity. Common uses include asset tracking, access control, toll collection and supply chain management.
This presentation gives the basic idea of Managerial Information System subject with the topic "RFID (Radio Frequency Identification) and Wireless Sensor System". It also includes the real-life applications of the same system.
The document discusses RFID (radio-frequency identification) technology and its applications. It describes what RFID is, how RFID tags work, and examples of RFID being used for identification of objects, tracking objects in supply chains, access control, contactless payment, and inferring human activities through interactions with tagged objects. The document also provides an example of using an RFID reader and tags in a Java program to detect tagged objects.
Gimnazjum nr 3 is a lower secondary school located in Tarnobrzeg, Poland. Tarnobrzeg has a population of around 50,000 people and was formerly known for its sulfur industry. Now the town focuses on small business and is a center for education, healthcare, and other services. The school has around 300 students aged 14-16 who study various subjects and participate in exchange programs, contests, charity events, and trips. Extracurricular activities at the school include sports, art, music, and dances.
The document discusses strategies for effective reading and studying. It recommends using prior knowledge, taking an active approach when reading textbooks by asking questions, and choosing an environment conducive to studying. The SQ3R method is described which involves surveying, questioning, reading, reciting and reviewing material. Marking and annotating texts, studying in groups, and employing critical thinking are also presented as beneficial study techniques.
IRJET- RFID based Authentication and Access of VehiclesIRJET Journal
This document describes a project that developed an RFID-based system for vehicle authentication and access. The system uses RFID tags attached to vehicles and an RFID reader to automatically identify and track tagged vehicles. When a vehicle's RFID tag comes within range of the reader, the reader reads the tag's digital information and sends it to a monitoring unit for verification and authentication before granting the vehicle access. The system aims to automate vehicle tracking and access control through the use of radio frequency identification technology.
RFID (radio frequency identification) is a technology that uses tags attached to objects to identify and track them. Tags contain electronically stored information and communicate via standardized radio frequencies. There are two main types of RFID tags: passive tags, which have no battery and collect energy from nearby readers, and active tags, which have an onboard battery and can transmit signals over greater distances. RFID technology has various applications including asset tracking, automated process tracking, vehicle tracking, document tracking, and people tracking. It allows for more efficient and secure tracking of items with less time compared to traditional systems.
Rfid08 Ppt Kirkwood Rfid101 Final Presentationblkirkwood
This document provides an overview of RFID (radio frequency identification) technology. It discusses the components of an RFID system including tags, readers, and software. It describes how RFID works and the history of its development. The document examines factors to consider when choosing RFID, such as tag type, frequency, and environment. It also outlines benefits of RFID like improved inventory management, security, and supply chain visibility compared to barcodes. RFID can enable automated tracking of products throughout the supply chain.
This document describes an RFID-based book shelving system that was designed and implemented to identify misplaced books on bookshelves. The system uses RFID tags placed on books and RFID readers on bookshelves. When a book is misplaced on the wrong shelf, the system alerts the librarian via a message on the computer and an audible buzzer. It also displays information about the correct shelf location. This helps reduce the time librarians spend searching for misplaced books. The system was tested using two books and one bookshelf to demonstrate the concept. Visual Basic was used to display alert messages on the computer when books were misplaced. The goal was to notify students and librarians about
The document provides an overview of RFID technology and considerations for printers and converters looking to enter the RFID market. It discusses that RFID requires production modifications, including machine modifications to avoid damaging tags. It also emphasizes handling RFID materials carefully due to risks of static electricity. The document offers guidance on converting methods, printing, encoding, testing, and packaging RFID labels.
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.
The document summarizes multi-technology contactless card readers that can read both proximity and iCLASS cards. The readers provide a simple migration path from proximity to iCLASS technologies while allowing the use of multiple card types. The readers support popular proximity formats from HID and Indala and provide security features such as mutual authentication and encrypted data transmission. The readers are designed to seamlessly interface with existing access control systems.
An RFID system consists of an antenna, transceiver, and transponder tag with unique information. There are two types of RFID tags: active tags with their own power source and longer read ranges but limited lifespan, and passive tags without a power source that are smaller and have unlimited lifespan. RFID tags contain protocol, organization, product class, and unique serial number data. Compared to barcodes, RFID tags don't require line of sight, can be read from greater distances, and allow reading and writing information.
NFC attacks can be used to compromise devices and steal sensitive data. NFC allows passive communication up to 4cm and can be used to pair Bluetooth devices without user interaction, enabling theft of credit card data. Researchers have created tools like an NFC proxy Android app that can skim RFID credit cards by replaying the stolen card data to a payment terminal. Proper security measures are needed to protect against these NFC hacking techniques.
System Label is a leading European label supplier founded in 1992 with locations in Ireland and the UK and 46 employees generating €7 million in annual revenue. They specialize in a wide range of labeling products including self-adhesive labels, membrane switches, overlays, decals, foams and gaskets, smart labels, photoluminescent labels, nameplates and signs, domed labels, thermal transfer ribbons, and offer design, printing, and full production capabilities. Key services include ISO and industry certifications and customized supply chain management systems aligned with client needs.
The Google Nexus S offers support for Near Field Communication (NFC), an extension to an RFID smart card protocol popularly used for secure access, metro passes (Oyster/Clipper), and electronic money (FeliCa/Octopus). NFC in smartphones promises adding these features to the phone you carry by allowing the it to emulate both RFID tag and reader.
NFC additionally adds new capabilities like exchanging configuration data such as WiFi settings, trading vCard contact information, reading URLs, triggering SMS text messages or initiating calls, and secure bi-directional communication between NFC devices.
This session will cover what NFC and RFID is and is not, what Android on the Nexus S is currently capable of, and some examples of how to add NFC to your apps.
http://where2conf.com/where2011/public/schedule/detail/18443
This document provides an overview of RFID (Radio Frequency Identification) technology. It discusses how RFID works by transferring data through radio waves without needing direct contact, unlike barcodes. The document traces the history of RFID from its origins in tracking airplanes in World War 2 to its increasing use by businesses and governments from the 1980s onward to track inventory. Finally, it describes how RFID is used now across various industries to track assets, equipment, materials, products, personnel and more through the use of RFID tags and readers.
Identify vehicle visibility 20121117_r01_wnWirote Ng
Identify is an RFID solutions provider that has been in business since 2002. They offer vehicle visibility solutions using RFID technology to automate inbound and outbound vehicle tracking processes. Their solution uses passive RFID tags attached to vehicles and RFID readers installed at checkpoints to provide real-time vehicle location information and reporting. The benefits of their vehicle visibility solution include paperless operations, key performance indicator tracking, reduced labor costs, and increased visibility of vehicle locations.
RFID is a technology that uses radio waves to automatically identify objects. It consists of RFID tags attached to objects and RFID readers that can read the tags. RFID tags contain antennas to receive and transmit radio signals to readers, which can then pass the identification information from the tag to backend computer systems. Common applications of RFID include inventory tracking, access control, payment systems, and monitoring of assets or animals. Advantages include contactless and fast identification of multiple tags, while disadvantages include potential impacts from environmental factors and cost of implementation. The future of RFID may include more uses in healthcare, retail, and smart home applications.
RFID uses radio waves to automatically identify objects. It consists of a tag attached to the object and a reader that detects and reads the tag. The tag contains an antenna and microchip that stores information. The reader emits radio waves to power the tag and read its data from a distance without contact. Common applications include inventory tracking, transportation payments, and access control like passports. RFID tags come in passive and active types. EPC Gen 2 is the standard protocol that defines the physical and logical specifications for UHF RFID systems, including tag and reader communication methods and message formats.
Etilux is a family-owned business that has been operating for 40 years. It started by selling labels and has expanded its product and service offerings based on customer needs. Etilux now provides identification and labeling solutions including RFID, barcoding, and labels; adhesive and packaging solutions; audiovisual solutions including equipment sales and rentals and project management; and office supplies including computer consumables and printed forms. The company aims to offer a complete integrated solution, high quality service, and expertise to improve customers' processes.
Barcoding and RFID are technologies used for electronic identification of objects. Barcoding uses a pattern of dark and light bars to represent numbers or characters, and has been used since 1967 for applications like rail transport and grocery stores. RFID uses radio waves to identify objects wirelessly. The main types are active RFID with internal batteries and longer ranges, and passive RFID which derives power from reader signals. Both technologies have advantages like speed and accuracy over manual identification, and disadvantages like equipment needs and environmental sensitivity. Common uses include asset tracking, access control, toll collection and supply chain management.
This presentation gives the basic idea of Managerial Information System subject with the topic "RFID (Radio Frequency Identification) and Wireless Sensor System". It also includes the real-life applications of the same system.
The document discusses RFID (radio-frequency identification) technology and its applications. It describes what RFID is, how RFID tags work, and examples of RFID being used for identification of objects, tracking objects in supply chains, access control, contactless payment, and inferring human activities through interactions with tagged objects. The document also provides an example of using an RFID reader and tags in a Java program to detect tagged objects.
Gimnazjum nr 3 is a lower secondary school located in Tarnobrzeg, Poland. Tarnobrzeg has a population of around 50,000 people and was formerly known for its sulfur industry. Now the town focuses on small business and is a center for education, healthcare, and other services. The school has around 300 students aged 14-16 who study various subjects and participate in exchange programs, contests, charity events, and trips. Extracurricular activities at the school include sports, art, music, and dances.
The document discusses strategies for effective reading and studying. It recommends using prior knowledge, taking an active approach when reading textbooks by asking questions, and choosing an environment conducive to studying. The SQ3R method is described which involves surveying, questioning, reading, reciting and reviewing material. Marking and annotating texts, studying in groups, and employing critical thinking are also presented as beneficial study techniques.
The document discusses how the creator's music magazine is "real" compared to commercial music magazines. It notes that the people featured are not heavily edited and wear normal, everyday clothing that audiences can relate to, unlike expensive costumes seen in other magazines. Locations used were realistic places like a school rather than expensive studios. While the creator lacked the technology skills of professional magazines, this "realness" allows audiences to see the artists as more relatable role models rather than unattainable perfect images. The "real" aspects of the magazine help audiences connect with the artists and fit with the urban genre depicted in an unedited, everyday manner.
Social Media Analysis & Strategy - revised 1-14-14Andrea Berberich
This presentation is based on an existing company mainly a business-to-business model. Just recently it acquired a product that allows to tap into the business-to-consumer model. Product names, company name and other potential items are fictitious to keep the identity of this company protected.
Company name and products names are changed in this presentation.
Enterprise SEO Tool 2014: A Buyer's Guide by Third Door Media, Inc.Andrea Berberich
This document provides a summary of key trends in the enterprise SEO tools market in 2014. It finds that over 60% of search marketers currently use SEO software, with another 16% planning to adopt it within a year. Major trends include SEO and content marketing becoming more integrated, a shift from keyword-based to semantic search success, and tools expanding data management capabilities. The report profiles 12 leading enterprise SEO tool vendors and provides guidance for organizations evaluating and selecting an SEO solution.
The document summarizes the primary and secondary research methods used in the author's media coursework, including surveys, interviews, analysis of existing texts, and internet research. Surveys were conducted via Survey Monkey and distributed on Facebook. Interviews were conducted and filmed to collect qualitative data. Existing texts were analyzed to study conventions and compare products. Internet research involved sites like Wikipedia and Google, as well as previous student blogs. The methods were evaluated in terms of pros and cons, such as surveys being cheap and easy but difficult to get significant participant numbers.
This document is an introduction to the Enterprise Mobility Guide 2011 published by Sybase, an SAP Company. It discusses how mobile applications and tablets are transforming businesses by allowing employees to work from anywhere using powerful smartphones and tablets. The guide contains articles written by industry experts on topics like managing a highly mobile workforce, adopting tablets in the enterprise, and building a successful mobile ecosystem through collaboration between technology providers.
The document describes the target audience for a music magazine as three males named Harj, Stanley, and Winner. They are 17-19 years old, heterosexual, Asian or black, students or in apprenticeships from socio-economic classes C2DE who enjoy genres like hip-hop, dubstep, garage and dancehall. These three exemplify the target audience because they dress in styles associated with urban music like high tops, snapbacks, body warmers and sunglasses. Images show the target audience and artists dressing similarly in stereotypical urban clothing.
Basic SEO by Andrea H. Berberich @webpresenceoptiAndrea Berberich
This document provides an overview of basic SEO concepts. It discusses what SEO is, why it is important to understand for digital content creation and distribution. Specifically, it covers optimizing content for search engines like Google as well as semantic search. It also explains Google's Knowledge Graph and Knowledge Vault which are databases that surface structured information from sources on the web to enhance search results. The document emphasizes that SEO is important for finding and interacting with an online audience across different devices and platforms.
This Flash Eurobarometer survey from January 2012 examines Europeans' attitudes toward tourism. It finds that over half of respondents who took a holiday in 2011 went on vacation within their own country. When planning holidays, most respondents consider recommendations from friends and family and use the internet. The majority are satisfied with natural features and accommodations at their destinations. Nearly half of respondents who did not take a holiday in 2011 cited financial reasons, and about a third of EU respondents said they may change 2012 holiday plans due to economic conditions.
This document discusses the Object-Oriented Analysis and Design (OOAD) approach using the Class-Responsibility-Collaboration (CRC) cards technique. It explains that CRC modeling discovers real-world objects in a system and maps the collaborations and responsibilities between classes. The document outlines the CRC process, including discovering candidate classes by identifying nouns in requirements, clarifying the system scope, selecting core classes, identifying hot spots, applying design patterns, leveraging frameworks, and distinguishing attributes from classes. CRC modeling aims to develop a robust object-oriented design for a software system.
This document provides a list of pages for a digipak, including a front and back cover and 12 interior pages organized into a booklet layout. The pages are presented sequentially from front to back without additional context or description.
The document summarizes key events of the American Revolution and establishment of the United States:
1) Britain imposed taxes on the American colonies after costly wars which led to unrest and the First Continental Congress in 1774. 2) Fighting broke out between colonists and British forces in 1775 starting the Revolutionary War. 3) The Declaration of Independence was approved in 1776. 4) With support from foreign powers like France, the colonists defeated Britain at Yorktown in 1781 gaining independence. 5) The new nation drafted the Constitution in 1787 and Bill of Rights in 1789, creating a federal system that protected individual rights inspired by Enlightenment thinkers.
This document provides guidance on developing research skills such as choosing an appropriate topic scope, evaluating source credibility and accuracy, and using library resources like databases, subject guides, the catalog, and interlibrary loan to find relevant sources. It outlines tools for searching databases like Education Research Complete and the library catalog, and services for getting research help from the Stafford Campus Reference Librarian.
This short document contains only a few words and images with no clear context or meaning. It mentions "The Simple Gift" and includes please but does not provide enough information to generate a meaningful 3 sentence summary.
Just Add Content - Presentation for Virtual Worlds Best Practices in Educatio...Allen Partridge
This document discusses the author's journey facilitating immersive virtual worlds and online communities. It describes how the author's research combined efforts with student analysis to study the life cycle of emerging technologies like virtual worlds using Gartner's Hype Cycle model. The document reflects on lessons learned about the rise and fall of technologies in popular culture.
The document describes the target audience for a music magazine as three males named Harj, Stanley, and Winner. They are 17-19 years old, heterosexual, Asian or black, students or in apprenticeships from socio-economic classes C2DE who enjoy genres like hip-hop, dubstep, garage and dancehall. These three exemplify the target audience because they dress in urban styles like high tops, snapbacks, body warmers and sunglasses typical of those genres. Both the artists and audiences in urban genres tend to be similar ages, genders, ethnicities and socio-economic classes, so featuring relatable artists will appeal to the target readership.
Introduction to RFID Solutions in Canada44 Deg North
RFID is transforming industries across Canada, offering enhanced inventory management, asset tracking, and operational efficiency. This presentation will explore the RFID market in Canada, top solution providers, and the benefits of implementing this cutting-edge technology.
Introduction to RFID Solutions in Canada44 Deg North
RFID is transforming industries across Canada, offering enhanced inventory management, asset tracking, and operational efficiency. This presentation will explore the RFID market in Canada, top solution providers, and the benefits of implementing this cutting-edge technology.
Blaze has designed comprehensive package for incorporation of RFID for Solar Panel Tracking & Identification as per MNRE guidelines.Our System is affordable, Customizable & works anywhere in the field,Warehouse, office or the manufacturing plant of any solar panel manufacturing industry.
This document provides information about iDTRONIC Professional RFID, a supplier of RFID hardware products. It discusses iDTRONIC's core competencies in RFID technology, its BLUEBOX Professional RFID product line which includes RFID controllers, readers and antennas, and various applications of RFID technology such as retail, factory automation, and logistics where iDTRONIC's products provide benefits like optimized processes and increased efficiency.
SOFTWORK Presentation.
Founded in 1987, SOFTWORK is a value-added distributor of RFID Technologies, both passive (LF, HF and UHF) and active. Headquartered in Brescia - about 80 km east from Milan, SOFTWORK targets trade operators, named Channel Partner.
To propose complete & advanced RFID solutions - physical layer, also for customized applications: transponder, antenna, controller, device, mobile solution, communication interface, API, SW library, development kit, etc., as well as ISO and EPC standard. Consulting & Support for feasibility studies.
SOFTWORK invests constantly in R&D for “taylor made” solutions & any specific needs; it has built a network of more than 250 VARs all over the national territory.
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GenRFID-RfidSolutions
1. GENERATION RFID
ALBERT ESCALA (Sales Manager)
Aescala@generationrfid.com
TEL: +34 686 721 739
SKYPE: albert.escala
RFID products,
services and solutions
This information is confidential. It’s absolutely prohibited to disclosure it to any third company without authorization. 1 of 26
2. CONTENTS
Generation • WHO WE ARE?
RFID • WHAT WE DO?
• WHAT CAN WE DO FOR YOU?
Customer • WHICH IS OUR CUSTOMER
TARGET
• State of the art PRODUCTS
RFID ISO18000-6C compatible.
products • SERVICES for system
and services integrators.
• READY TO USE SOLUTIONS
RFID based on passive RFID
solutions ISO18000-6C compatible
devices.
This information is confidential. It’s absolutely prohibited to disclosure it to any third company without authorization. 2 of 26
3. MISION
1. Generation RFID is a company focused on the development of customized
embedded electronic modules, specially that compatible with the standard
ISO18000
ISO18000-6C (Gen2, class 1).
18000- (Gen2
2. By the creation of new electronic products we grow up in new market
niches, creating new markets and giving the end customer more added
value at lower prices. Thought our focus is in the RFID systems we also
systems,
take advantage of other market solutions, as weight systems and energy
harvesting procedures to better satisfy market necessities.
3. We also develop RFID based solutions for any market that has created a
necessity. Once covered, we partner with customers in order to bring them
into the market together and commercialize it as a ready to use solution.
4. The customer will have high level Software and Hardware technical support
when he trust our products and solutions.
5. We do continuous investigation in order to bring into the market better
solutions for current processes not fully controlled nowadays.
This information is confidential. It’s absolutely prohibited to disclosure it to any third company without authorization. 3 of 26
4. FUNCTIONAL DIAGRAM
General Manager
Technical Manager Sales Manager
Products &
Embedded
Production Solutions
Development
Electronic
Embedded
developments
Hardware
Design
Software
Design
This information is confidential. It’s absolutely prohibited to disclosure it to any third company without authorization. 4 of 26
5. WHAT WE DO
We develop electronic embedded products for any type of application. However, as we have
a high knowhow on radio communication systems, our main operating filed are the RFID
electronic modules and solutions.
1. RFID Products
• HF Inlay antennas @ 13,56MHz
• UHF Inlay antennas @ 860 .. 960MHz
• Antenna Multiplexor
• Semi-passive high memory temperature recorder
• Near Field antennas
2. System integrator services
3. Solutions
• Health
• Logistics
• Productivity control
• Other: jewellery, access control, …
This information is confidential. It’s absolutely prohibited to disclosure it to any third company without authorization. 5 of 26
6. RFID. CUSTOMER CLASSIFICATION
Our target are RFID related companies that understand RFID as a teamwork and an open
business.
1. Nothing is easy in RFID, but everything is possible.
2. Not all is done in RFID, let us know what you need and we’ll work it together.
3. We can support all 3 levels of the RFID actors.
• Level 1: Hardware and Inlay manufacturers.
• Level 2: System integrators and label converters.
• Level 3: End customers.
RFID
ACTORS
END CUSTOMER LEVEL 3
LABEL CONVERTER
LEVEL 2
Generation
RFID SYSTEM INTEGRATOR
INLAY MANUFACTURER
LEVEL 1
HARDWARE MANUFACTURER
This information is confidential. It’s absolutely prohibited to disclosure it to any third company without authorization. 6 of 26
7. RFID. CUSTOMER ADDED VALUE
Depending on the level you work in the RFID scale, we can offer a dedicated
product/service with a unique goal: achieve the maximum RFID quality for the
end application.
CUSTOMER LEVEL GENERATION RFID
What do you need? What can we offer to you?
End Customer - Consultancy services to determine whether the RFID will
help the company.
- Where in the process? (logistics, production, …).
- ROI determination.
- Selection of the best RFID partners for success.
- Project management and coordination.
Label converter - Business opportunities with end customers.
- Label design (stock, inlay, …) and acceptance tests for
the end user application.
System integrator - Selection of the best hardware (Printer, inlay, reader and
antennas) for the application.
- Validation tests.
- Portal designs.
- RFID Solutions.
Inlay manufacturer - Customized Inlay antenna designs.
- End of Line tests: electrical, mechanical and optical.
- Quality tests for manufactured products.
Hardware manufacturer - Develop of innovative RFID electronic products.
- Customization of RFID electronics for the application.
This information is confidential. It’s absolutely prohibited to disclosure it to any third company without authorization. 7 of 26
8. RFID PRODUCTS
RFID PRODUCTS
This information is confidential. It’s absolutely prohibited to disclosure it to any third company without authorization. 8 of 26
9. RFID PRODUCTS. INLAY ANTENNA DESIGNS
NEAR FIELD ANTENNA DESIGN FOR MONZA4
Measurements
FAR FIELD ANTENNA DESIGN FOR MONZA3
Measurements
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10. RFID PRODUCTS. ANTENNA MULTIPLEXOR
The MUX4X1 is a 1 antenna input to 4 antenna output switch for UHF ISO18000-6C
MUX4
compatible RFID readers. By means of this device a unique RF signal can be selectivity
switched to any of the 4 RF output lines. Only 1 antenna line will be active at a time and
thus, the end user always has information of which antenna is reading the RFID inlays.
The device is supplied with an external commercial AC to DC power rectifier. It also
incorporates a power relay to control external visual feedback loads, i.e. indication lights or
sound alarms.
The device has an embedded web server to help the user to configure the most
appropriated operating mode per each application. The operating modes are:
Direct control Antennas are switched through a direct digital input high level.
control.
Ethernet.
Ethernet. Antennas are switched through an Ethernet command.
Self polling. Antennas are automatically cyclically switched by selecting it in internal
polling.
webpage.
Communication with the MUX4X1 is available in two different versions depending on the
communication requirements: RS-232 or Ethernet bus. Version MUX4x1-ES can be also
used as Ethernet to RS232 gateway to control low cost RFID readers that have RS232 as
communication bus.
This information is confidential. It’s absolutely prohibited to disclosure it to any third company without authorization. 10 of 26
11. RFID PRODUCTS. ANTENNA MULTIPLEXOR (II)
The MUX4X1 can be used in ISO18000-6C compatible readers to reduce global
implementation costs, as indicated in the graphic below.
With the use of 4 MUX4X1-ES devices, the overall system can be controlled with a unique 4
port RFID ISO 18000-6C reader. With this architecture, the hardware implementation costs
can be reduced up to a 40%.
This information is confidential. It’s absolutely prohibited to disclosure it to any third company without authorization. 11 of 26
12. RFID PRODUCTS. BATTERY ASSISTED TEMPERATURE LOGGER
The Gen2Track® is an intelligent ISO 18000-6C compatible (EPC Class1 Generation2 UHF)
battery assisted temperature sensor with the capacity to store up to 63.616 temperature
samples.
This product has multiple variants, two different packaging options and three operating modes.
Reference Description
G2T-SIT Standard packaging temperature recorder with internal sensor
G2T-SET Standard packaging temperature recorder with external sensor
G2T-EM Standard packaging tag with high memory capacity
G2T-EIT ECCA packaging temperature recorder with internal sensor
G2T-EET ECCA packaging temperature recorder with external sensor
G2T-ID ECCA packaging with external contact code download device
Both packaging options have the capability to replace the battery when required. For this
reason, when low battery is detected, it can be replaced without lost of information as it is
stored in internal non volatile EEPROM.
All the models include a LED to give the user visual feedback when an alarm needs to be
communicated, i. e. Low Battery, Temperature Limits exceeded, data memory full, logging
procedure activated or logging procedure stopped.
The plastic housing has 2 holes for screw fixing in any surface.
This information is confidential. It’s absolutely prohibited to disclosure it to any third company without authorization. 12 of 26
13. RFID PRODUCTS. BATTERY ASSISTED TEMP. LOGGER
Applications:
• Monitoring and tracking of temperature-sensitive products
• Food logistics
• Chemical and special industry logistics
• Temperature monitoring of medical products
• Pharmaceutical and health logistics
• Dynamic shell life applications
G2T-
G2T-SIT Block diagram – standard packaging:
G2T-
G2T-ID Block diagram – ECCA packaging:
This information is confidential. It’s absolutely prohibited to disclosure it to any third company without authorization. 13 of 26
14. RFID PRODUCTS. NEAR FIELD ANTENNA
Dedicated versions for EU (866MHz) and USA (915MHz).
10 cm x 10 cm size.
SMA right angle connector.
Low cost.
High performance.
This information is confidential. It’s absolutely prohibited to disclosure it to any third company without authorization. 14 of 26
15. SERVICES FOR SYSTEM INTEGRATORS
SERVICES FOR
SYSTEM
INTEGRATORS
This information is confidential. It’s absolutely prohibited to disclosure it to any third company without authorization. 15 of 26
16. SERVICES FOR SYSTEM INTEGRATORS
Arch design, antennas selection and characterization
Ambient noise study
Software support Reader analysis and test
System integrator
requirements
RFID printer analysis
Label design
System integration validation Label design
Inlay – tag selection
This information is confidential. It’s absolutely prohibited to disclosure it to any third company without authorization. 16 of 26
17. RFID. SUCCESS SOLUTIONS READY TO USE
RFID SOLUTIONS
This information is confidential. It’s absolutely prohibited to disclosure it to any third company without authorization. 17 of 26
18. RFID. SUCCESS SOLUTIONS READY TO USE
Health Logistics
• Cool chain temperature logging. • Pallet level traceability.
• Consumable Procurement Card Distribution centers
Rack. • Box level traceability.
Manufacturing Industry
• Item level traceability.
Textile, pharmacy,
manufacturing.
Productivity Other Industries
• Production Item Traceability. • Parking Access.
• Operator productivity control.
This information is confidential. It’s absolutely prohibited to disclosure it to any third company without authorization. 18 of 26
19. HEALTH. COLD CHAIN TEMPERATURE LOGGING.
Objective of the solution
Record the temperature information of the items
that need to be delivered under certain
temperature conditions.
Characteristics of the Tag
ISO18000-6C compatible (UHF, Gen2).
Memory content:
96 bits EPC code
112 bits USER memory
64 bits of Unique ID code
Up to 63.000 temperature records.
2 years battery life time (config dependant).
Replaceable battery.
Visual feedback with LED if temperature limits
are exceeded (upper and lower).
Configurable log intervals.
Advantages of the solution
Temperature sensible items are monitored and
visually identified as soon as the alarm is
activated.
Tag used also as unique traceability code.
This information is confidential. It’s absolutely prohibited to disclosure it to any third company without authorization. 19 of 26
20. HEALTH. CONSUMABLE PROCUREMENT CARD RACK
Objective of the solution Art 1 Art 2 Art 3 Art 4
Avoid the stock rupture of products /
consumables by means of a 2 level security stock,
Art 5 Art 6 Art 7 Art 8
RFID cards and RFID blackboard.
Characteristics of the Solution
ISO18000-6C compatible (UHF, Gen2).
…
Art 120 Art 121 Art 122 Art 123
Each card in represents an article code.
Once the normal article stock is zero, the
operator must hang the related label on the RFID
card rack / blackboard.
Automatically, a purchasing request will be
launched to the supplier.
Capacity to read up to 250 labels. RFID
Ethernet connectivity. CARD RACK
Advantages of the solution
High reliability in the orders. PURCHASE ORDER
Configurable time of label readings.
Purchase:
Purchase
Art 16: screw 4
Art 23: glue RT1
Art 43: AL-12X
Art 55: stain 3m
Art 95: wood R2
Art 96: FM 3d
Art 112: Pack-box
This information is confidential. It’s absolutely prohibited to disclosure it to any third company without authorization. 20 of 26
21. LOGISTICS. PALLET LEVEL TRACEABILITY
Objective of the solution
Control the stored pallets with RFID.
Characteristics of the Solution
ISO18000-6C compatible (UHF, Gen2). RFID Gate
Labels are encoded with an RFID UHF Printer.
A dock door RFID gate automatically reads all
the pallets that are delivered out of the factory
through this gate.
Advantages of the solution
Electronic delivery note between centers.
Automatic product – order validation while gods
are loaded into the delivery lorry.
Stocks are easily and faster controlled with a
hand held RFID reading device.
Minimizes human errors.
This information is confidential. It’s absolutely prohibited to disclosure it to any third company without authorization. 21 of 26
22. LOGISTICS. BOX LEVEL TRACEABILITY
Example: Pallet containing 12 multi-
article complete boxes.
Objective of the solution
Control the stored items with RFID in a
multiproduct box.
Characteristics of the Solution
ISO18000-6C compatible (UHF, Gen2).
Labels are encoded with an RFID UHF Printer.
A dock door RFID gate automatically reads all
the pallet content that are delivered out of the
factory through this gate.
Advantages of the solution
Electronic delivery note between centers.
Automatic product – order validation while gods
are loaded into the delivery lorry. note:
Delivery note
2 box. Article: Water caps. Ref: 90210.
Stocks are easily and faster controlled with a 4 box. Article: Wine cork. Ref: 90123.
hand held RFID reading device. 6 box. Article: Wine label. Ref: 21599.
Minimizes human errors.
This information is confidential. It’s absolutely prohibited to disclosure it to any third company without authorization. 22 of 26
23. LOGISTICS. ITEM LEVEL TRACEABILITY
60 T-shirts with different references
Objective of the solution
Control the stored boxes with RFID in a
multiproduct pallet.
Characteristics of the Solution
ISO18000-6C compatible (UHF, Gen2).
Labels are encoded with an RFID UHF Printer.
A RFID tunnel automatically reads all the box
content.
Applications: inventory, delivery assurance.
Advantages of the solution
Electronic delivery note between centers.
Inventory:
Inventory
Automatic product – order validation while gods 5 t-shirt. Colour rose. Ref: 4345001
are loaded into the delivery lorry. 10 t-shirt. Colour red. Ref: 4345123
5 t-shirt. Colour brown. Ref: 4354102
Stocks are easily and faster controlled. 10 t-shirt. Colour green. Ref: 4354567
5 t-shirt. Colour Yellow. Ref 4312657
Minimizes human errors. 15 t-shirt. Colour DBlue. Ref 4354659
10 t-shirt. Colour Lblue. Ref: 4365111
This information is confidential. It’s absolutely prohibited to disclosure it to any third company without authorization. 23 of 26
24. PRODUCTIVITY. PRODUCTION TRACEABILITY CONTROL
Process 2 Process 4
Start
End good
Process 1 Process 3 Process 5
First manufacturing step. Item comes with an identification RFID label.
Objective of the solution
Control that the finished item has been processed by all the manufacturing points.
Characteristics of the Solution
ISO18000-6C compatible (UHF, Gen2).
Each single manufacturing point has a dedicated reading antenna.
Advantages of the solution
Quality assurance
The end good has a hidden RFID label that can be used in posterior storage / delivery
processes.
This information is confidential. It’s absolutely prohibited to disclosure it to any third company without authorization. 24 of 26
25. PRODUCTIVITY. OPERATOR PRODUCTIVITY CONTROL
Op. 1
Op. 2 Op 3, ... Op n
Objective of the solution
Identify which operator has processed the
product.
ECCA Device ECCA Tag
Characteristics of the Solution
ISO18000-6C compatible (UHF, Gen2).
All products are initially identified with a UHF
RFID label or hard tag.
The operator downloads by contact its unique
serial number into the tag EPC memory bank.
The operator joints the tag
Advantages of the solution
Minimum installation material.
Easy operator identification process.
This information is confidential. It’s absolutely prohibited to disclosure it to any third company without authorization. 25 of 26
26. PARKING ACCESS
Objective of the solution
Identify the vehicle at a distance and automatically.
Grant its access to certain parking areas.
Characteristics of the Solution
ISO18000-6C compatible (UHF, Gen2).
Vehicles are identified with a UHF RFID card hanging in a RF visible place.
The RFID reading antennas will interrogate the car RFID code.
If the code is correct, the barriers will open to let the car access.
If no, the barriers will not allow the car enter the parking.
Advantages of the solution
The car doesn’t have to stop.
More information regarding the vehicle access can be complied.
…
This information is confidential. It’s absolutely prohibited to disclosure it to any third company without authorization. 26 of 26