scholarly journals Learning to slide a magnetic card through a card reader

Author(s):  
Vladimir Sukhoy ◽  
Veselin Georgiev ◽  
Todd Wegter ◽  
Ramy Sweidan ◽  
Alexander Stoytchev
Keyword(s):  
1984 ◽  
Vol 59 (3) ◽  
pp. 915-916 ◽  
Author(s):  
Brian Stanley

A simplified method of time-series analysis (Young's C statistic) which is appropriate for assessing trends in clinical/applied data is described. The statistic is easily programed into Hewlett Packard HP41CV calculator whose non-volatile memory, magnetic card reader, and printer together provide a convenient and portable method of analysing time-series data in clinical situations. Other programs should be easily accomplished.


2019 ◽  
Vol 1 (1) ◽  
pp. 48-55
Author(s):  
Phuc Minh Nhan ◽  
Duy Khanh Nguyen ◽  
Yen Thi Hong Le

This article presents the research result about the application of magnetic card reader (Radio Frequency Identification – RFID) in managing patients’ information and building a website which helps patients in booking an appointment with doctors by mobile phone or computer. In conducting the research, some methods are used such as reading books, magazines, finding online documents, surveying the way of managing data at hospital, analyzing, designing model of data, programing and testing. The study has successfully built a website and a computer application which can read information in RFID.  It allow users to resolve problems including online examination registering, doctors’ timetable managing, and patients’ examination time arranging automatically and exactly.


1970 ◽  
Vol 20 ◽  
Author(s):  
R. Goossens

Contribution to the automation of the calculations involving  the forest inventory with the aid of an office computer - In this contribution an attempt was made to perform the  calculations involving the forest inventory by means of an office computer  Olivetti P203.     The general program (flowchart 1), identical for all tree species except  for the values of the different parameters, occupies the tracks A and B of a  magnetic card used with this computer. For each tree species one magnetic  card is required, while some supplementary cards are used for the  subroutines. The first subroutine (flowchart 1) enables us to preserve  temporarily the subtotals between two tree species (mixed stands) and so  called special or stand cards (SC). After the last tree species the totals  per ha are calculated and printed on the former, the average trees occuring  on the line below. Appendix 1 gives an example of a similar form resulting  from calculations involving a sampling in a mixed stand consisting of Oak  (code 11), Red oak (code 12), Japanese larch (code 24) and Beech (code 13).  On this form we find from the left to the right: the diameter class (m), the  number of trees per ha, the basal area (m2/ha), the current annual increment  of the basal area (m2/year/ha), current annual volume increment (m3/year/ha),  the volume (m3/ha) and the money value of the standing trees (Bfr/ha). On the  line before the last, the totals of the quantities mentioned above and of all  the tree species together are to be found. The last line gives a survey of  the average values dg, g, ig, ig, v and w.     Besides this form each stand or plot has a so-called 'stand card SC' on  wich the totals cited above as well as the area of the stand or the plot and  its code are stored. Similar 'stand card' may replace in many cases  completely the classical index cards; moreover they have the advantage that  the data can be entered directly into the computer so that further  calculations, classifications or tabling can be carried out by means of an  appropriate program or subroutine. The subroutine 2 (flowchart 2) illustrates  the use of similar cards for a series of stands or eventually a complete  forest, the real values of the different quantities above are calculated and  tabled (taking into account the area). At the same time the general totals  and the general mean values per ha, as well as the average trees are  calculated and printed. Appendix 2 represents a form resulting from such  calculations by means of subroutine 2.


1975 ◽  
Vol 6 (4) ◽  
pp. 22-26 ◽  
Author(s):  
Arthur E. Rappoport ◽  
Robert E. Berquist ◽  
William D. Gennaro
Keyword(s):  

2021 ◽  
Vol 1 (2) ◽  
pp. 85-91
Author(s):  
Yulisman ◽  
Naziful Iman ◽  
Eka Sabna ◽  
Hendry Fonda

The system of opening and closing the hotel room doors is already using RFID but its use is still not optimal because the card used is very expensive and the card used can only be one card for each room, so if the card is lost, you have to re-enter the card id. Therefore, digital electronic technology systems and devices are needed to make it easier to open the door and close the hotel room so that it can facilitate the hotel security system with automatic locks. This system and device uses an E-KTP and an Internet of Thing (IoT)-based Keypad and which functions to control the device using a NodeMCU while for a card reader with an RFID engine. The research method uses a model, namely with a prototype model for making systems and automatic room door locking system tools. The results and conclusions of the manufacture of hotel room automatic door locking systems and devices using an Internet of Thing (IoT)-based E-KTP equipped with a message LCD and keypad as a door opening solution if the RFID machine does not work. The security of hotel guests who stay is more guaranteed and can also make it easier for guests and hotel staff with an automatic hotel room door lock system. The results of the user's assessment of the work of a series of systems and tools to open and lock this automatic hotel room door are very good with a value of 88.7%.


IEEE Access ◽  
2018 ◽  
Vol 6 ◽  
pp. 70707-70719 ◽  
Author(s):  
Wanjun Xiong ◽  
Fan Zhou ◽  
Ruomei Wang ◽  
Rushi Lan ◽  
Xiyan Sun ◽  
...  

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