Differences

This shows you the differences between two versions of the page.

--- research:rfid [2010/07/27 18:01] – kpinte
+++ research:rfid [2011/09/12 18:50] (current) – kpinte
@@ Line 1: / Line 1: @@
-====== Software Abstractions for the Development of Mobile RFID-enabled Applications ======
+====== Distributed Object-Oriented Programming with RFID Technology ======
 //Representing RFID-tagged physical objects as **mutable software objects**//.
 [[http://soft.vub.ac.be/soft/members/kevinpinte|Kevin Pinte]] and [[http://soft.vub.ac.be/~alombide|Andoni Lombide Carreton]]
+<note>
+This page is under construction, some sections are not yet completed. Please refer to the [[:research:rfid#further_reading|futher reading]] section for a full text.
+</note>
 ==== RFID-enabled Library ====
-The RFID-enabled library is a //mobile RFID-enabled application// and illustrates the kind of application we target. The application runs on a mobile device, such as a smartphone and shows the books that are in the vicinity of the user and allows certain operations to be performed on them. Users can attach a small review message to a book, rate a book or associate keywords with the book, etc. This data is all stored on the book directly, using RFID tag(s). The application lets the user also filter the books based on rating or comparison with a keyword profile describing the user's preferences. For example, the user could just swipe his smartphone over a shelf of books and discover which books on the shelf are must-read books!
+The RFID-enabled library is a //mobile RFID-enabled application (MoREnA)// and illustrates the kind of application we target. The application runs on a mobile device, such as a smartphone and shows the books that are in the vicinity of the user and allows certain operations to be performed on them. Users can attach a small review message to a book, rate a book or associate keywords with the book, etc. This data is all stored on the book directly, using RFID tag(s). The application lets the user also filter the books based on rating or comparison with a keyword profile describing the user's preferences. For example, the user could just swipe his smartphone over a shelf of books and discover which books on the shelf are must-read books!
 == Towards naturally expressing RFID applications ==
@@ Line 126: / Line 129: @@
 == Multiway References ==
-{{:research:typesoftags.png?100|:research:typesoftags.png}}
+{{:research:typesoftags.png?400|:research:typesoftags.png}}
@@ Line 145: / Line 148: @@
     showOkDialog("Review added succesfully!");
   } catch: TimeoutException using: {|exc|
-    show
+    showWarningDialog("Failed to add review!");
-arningDialog("Failed to add review!");
   };
 };
@@ Line 160: / Line 161: @@
   - **Asynchronous communication** Interacting with physical objects is achieved by using the message passing metaphor on the proxy objects, by means of asynchronous message passing and asynchronous signaling of return values.
   - **Fault-tolerant communication** Communication failures are considered the rule rather than the exception. Failures that must be considered permanent are detected and raise the appropriate exceptions.
 ==== Further Reading ====
-  * Distributed Object-Oriented Programming with RFID Technology. Andoni Lombide Carreton, Kevin Pinte, Wolfgang De Meuter. In Lecture Notes in Computer Science, vol. 6115, Eliassen F, Kapitza R (eds.), 2010; 56–69. [{{:research:mobile_rfid.pdf|download}}((The original publication is available at [[http://www.springerlink.com|www.springerlink.com]].))].
+  * Distributed Object-Oriented Programming with RFID Technology. Andoni Lombide Carreton, Kevin Pinte, Wolfgang De Meuter. In Lecture Notes in Computer Science, vol. 6115, Eliassen F, Kapitza R (eds.), 2010; 56–69. [{{:research:mobile_rfid.pdf|download}}((The original publication is available at [[http://www.springerlink.com/content/517t6667573653m2|www.springerlink.com]].))].