Would RFID work to track Products? Well, Bar Codes require a line of sight, so a person(s) with a bar code reader has to get right up on the bar code and scan it. When you are thinking about a supply chain, somebody in the warehouse would have to look at every single case. With RFID, all of the cases on the pallet would be picked up by a single swipe of a reader, even the ones stacked up in the middle that can’t be seen. So it’s much faster and more efficient and accurate. In the retail sales market you may wonder why that type or kind of speed is important. In a recent interview about RFID usage in commercial sales, it was summoned up as follows “…We want our product to be on the shelf for consumers when they want it.
A recent study of retailers showed that the top 2,000 items in stores had a 12 percent out-of-stock rate on Saturday afternoons, the busiest shopping day. I think the industry average for inventory levels is 65 days, which means products sitting around, taking up space for that time, and that costs about $3 billion annually. Often a retail clerk can’t quickly find products in the crowded back room of a store to make sure that the shelves are filled for the consumer, or doesn’t know that a shelf is sitting empty because they haven’t walked by lately. With RFID, the shelf can signal to the back room that it is empty, and the clerk can quickly find the product…” (Sandra Hughes, Technology Review (Cambridge Mass), July-August 2004 v107 i6 p74 (2)) Now let us step to the other side of the Merchant counter as a consumer and realize how RFID can benefit the average person. Have you ever felt impatient when standing behind someone in line at the grocery store who insisted on paying by check? Well, get ready to get agitated at the slowpoke of the future-the techno challenged person using a credit card. Contactless cards, already used in Asia for several transit and payment systems, have been introduced to the United States via pilot programs sponsored by American Express and MasterCard. These “Proximity payment” systems use RFID technology that can essentially provide a consumer with a portable antenna that transmits and encrypted number when brought near a secure merchant terminal.
The Essay on Integrated Computer Manufacturing Bar Code
General Questions 1. A common approach in product design is to consider manufacturing together with design. What is this concept? Concurrent engineering 2. The current practice in industry is to respond to the product life cycle changes by introducing manufacturing processes that can accommodate and adopt different product designs and process a wide variety of parts using the same reprogrammable ...
The Average gas consumer may have already used this technology without knowledge. The “Speed Pass” by Mobile Gas, and the “Sun Pass” used in our local Toll System are just a few examples of RFID technology in use. “The same computing power that once required and entire building to harness now can be inserted in you left arm.”(Professor Warwick chips in”, Computerworld, Jan. 11, 1999) The simplest implantable microchip is a miniature passive transponder without any power source. It stores a permanent, unique identification number that can only be read but not modified. The transponder then responds by emitting the stored number.
These devices are called implantable transponder or RFID tag. RFID tagging “Micro Chipping” is an implantable microchip that is injected under the skin. It contains and electromagnetic coil and a microchip enclosed in a glass capsule the size of a grain of rice. A veterinarian using a special syringe is currently implanting these devices in animals. This passive transponder does not need a power supply and it last for decades. The identification number, which can be matched to the owner’s name, address and phone number in a national pet database.
Lost pets are scanned with hand held readers at animal shelters and returned to their owners. This technology is mostly used in Western countries for domestic type pets, like dogs, cats, birds and reptiles, Chips are also implanted into horses, livestock and wild animals – even fish , in order to monitor them and track their migration by satellites The possibilities of implanting a RFID Tag into a human body as a tracking device is no longer limited to the Science fiction Realm, but now has become a fact of present life. If a person is tagged, he / she could be followed around the earth everywhere they go via satellites, ground sensors and computer networks. Some people have already begun using this new technology to provide identification and personal medical information. Medical records that are micro chipped could be saved and carried with at-risk patients for emergency response. Such a technology can be used to track down abducted children, lost adults with Alzheimer’s, and National Security. After September 11th, with a new sense of heightened security at Airports, laboratories, and government buildings, many feel a personal identification record would be beneficial in the probability detection of another terrorist attack.
The Essay on Rfid Tags
TAGS Introduction Over time, the ways products have been tracked through the supply chain have changed just as technology is constantly progressing. Yet, there are still constraints to improve the methods of tracking and shipping due to the lack of technology in these fields. Bar codes have helped but still need human interference. Many companies are starting to turn to radio frequency ...
A Florida-based company, Applied Digital Solutions, has emerged and is the leader in this new technology. They have developed two products called VeriChip and Digital Angel. VeriChip is a RFID tag, with the potential to be used for security, financial, health, and identification. The microchip is energized and activated when a specific VeriChip scanner passes it. More recent testing has produced the newest line, the Digital Angel. It proposes to integrate wireless Internet technology with global positioning to transmit information directly to the Internet. These microchips are inserted under the fleshy part of the skin, typically under the upper arm.
Contact with the body will enable the device to read body temperature, pulse, and even blood sugar content. Once implanted, the chip is virtually undetectable and indestructible. It has a special polyethylene sheath that helps skin bond to it to help keep it in place. The chip has no battery and thus no chemicals to possible leak into the body, and has an expected life of up to twenty years. Research is being done to produce a micro battery that will generate energy through heat and body movement. Currently, some products are being manufactured by Applied Digital Solutions or other companies. These new products are not implants but worn in the form of wristwatches or badges. Imagine if your job was to supply our military forces vast quantities of food, fuel, medication, clothing, and most importantly weapons – around the world. You must ensure that the needs of each person are fulfilled, and that an item someone might need to do his / her job is right where it should be, exactly when it should be there. Now also add the fact that you would be dealing with over 40,000 different suppliers and this job might seem to huge to accomplish.
The Essay on Home Market Military Manufacturing Technology
The Economic Underpinnings of the First Industrial Revolution in England The manufacture of military munitions and the development of a home market were critical underpinnings of the first industrial revolution in Britain. Military manufacturing supported by the British Government contributed directly to technological innovation and spurred industrialization. This is because the companies that ...
With the addition of RFID technology this task in now ready for our military of tomorrow. “The Department of Defense (DOD) is implementing a policy which mandates the use of radio frequency identification (RFID) for tracking supplies…” (Matthew French (2003).
Federal computer Week: for DOD Logistics, tags are it! Radio frequency identification tags policy seeks to improve supplies, Nov 3, 2003 V17 i38 p54 (2)) As previously mentioned, our nations retail market has started using this technology to track items such as disposable diapers or even a shipment of books, but our military may use it to tag a box of parts for an F-22 or a canister of Rounds for troops. In both cases RFID gives us better tracking of inventory so we’ll know what we have in stock, where it is, and its location in the logistic chain. The reports of shipments sitting in a depot with no destination address would cease to be a fact. The way America has changed its fighting style is very evident in recent military operations such as operation Desert Shield / (Storm), and currently IRAQ.
These changes call for an updated state of the art logistic (Supply) chain, and RFID is it. One of the biggest concerns among Ground solders and Artillery personnel is friendly fire. This fact has long plagued the military lines of combat, but could also change with the addition of this latest technology. A tagged solder or troop could easily be identified during fierce and heavy combat. Take the basic military ID tag (Dog Tag) or GI issue Weapon and add an RFID tag, you now have an exact personnel / troop location. Implantation of the same tag would add the benefits to have the Field Medical Technicians monitor the Service Members’ Health status and in addition provide his / her medical records upon need.
The Defense Department is attempting to flesh out its vaunted but vague network-centric battle plan by pushing development and standards for the next-generation Internet Protocol, Ipv6. Pentagon planners speaking at an Ipv6 conference last week said DOD is preparing a deployment plan that would launch DOD’s version of the new network by fiscal 2008. The plan is augmented by a roughly $28 billion annual IT budget at the agency. But officials acknowledged that they still must convince commanders in the field that the cost of an Ipv6 upgrade-rather than merely expanding current networks would yield a sufficient return in terms of firepower. DOD officials said they are pushing for standard definitions and products that will allow them to build an Ipv6 architecture that pulls together existing networks while handling an expected flood of new data from satellites, Global Hawk unmanned spy planes and other sensors (Military-Guns, butter or digits? Electronic Engineering Times, Dec 13, 2004 P8) References Sandra Hughes (2004).
The Essay on Technology And Networks
Party Plates Company has established the need for a new proposal with wireless technology. Team B will research some marketing tools that will assist Party Plates in meeting their goals of advancement in sales and certain goals. This proposal will focus on wireless technology that will be beneficial to the party plate business. Team B will also provide the pros and cons to these wireless ...
Technology Review (Cambridge Mass), July-August 2004 v107, i6 p74 (2) Professor Warwick Chips In (1999, January).
ComputerWorld Matthew French (2003).
Federal computer Week: for DOD Logistics, tags are it! Radio frequency identification tags policy seeks to improve supplies, Nov 3, 2003 V17 i38 p54 (2)) Military-Guns, butter or digits? (2004, December), Electronic Engineering Times, P8.
