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The automatic identification system (ASI) of transport is organized on the basis of radio frequency contactless RFID tags.

The system is designed for automatic or automated vehicle identification when driving through a control point.

The system solves the following tasks:
Identification of transport in motion over long distances (from 2 to 30m).
Fully automatic registration of transport (without human participation in the identification process).
Simultaneous identification of several objects in the transport stream.

The problem of accounting books in libraries and repositories, and protecting them from theft is very relevant. Some specimens can be of very high value, and therefore are of increased interest not only among ordinary readers.
Using RFID technology can solve these problems. To do this, you must provide each edition with a label with a unique number. Labels can be made in any form and be attached in such a way that physical removal will be impossible. In this case, the appearance of the book will not suffer.
A label can contain a large amount of various information, for example, storage conditions, circulation and many other useful information. Installing radio frequency tags will allow you to keep records in the repositories, where there is a large number of books. This process, in contrast to working with bar codes, is not so laborious, since an RF scanner connected to a PC simultaneously reads several dozen marks at a distance of about one meter. Thus, the problem of thefts from libraries is solved. A radio frequency reader is installed near the exit from the reading room, and if you carry a book with a tag past it, information about the attempt to carry it out will go to a guard post or a librarian.

Asklepios Barmbek Hospital in Hamburg (Germany) unwittingly recalls fantastic films: patients with RFID wristbands allowing them to control their whereabouts, doctors using tablet PCs to record symptoms, nurses who record patient health indicators using PDAs. The staff of the emergency department monitor the flow of patients and the availability of the wards in real time, and X-rays are digitally transferred to the electronic patient record.
All of these are tomorrow's healthcare technologies that exist today at the Asklepios Barmbek hospital. The new hospital was included in the network of 95 medical institutions of the private organization Asklepios Hospital Group operating in the USA and Germany.
The Intel Solution Services group (a division of Intel) acted as a consultant for the implementation of IT solutions. Together with Asklepios and the Digital Health Group, Intel Solution Services is currently implementing about 18 pilot projects and coordinating IT service providers to translate the concept of an electronic hospital for the Asklepios network into practice.