"... In PAGE 6: ...2 Scope of the Document This document depicts the developed WAND reference model and the functional system architecture giving on overview of the various functional entities, such as signaling protocols, radio link protocols and control interfaces between various layers. The objective of the document is to give a throughout overview of the WAND system architecture and to offer references to the other public WAND deliverables, the most important of which are listed in Table1 below. The listed publications give detailed descriptions of different system entities.... ..."

"... In PAGE 5: ...deduction system, as in Table1 , in which we use A0A3 , pronounced magic wand , for multiplicative impli- cation and A3, pronounced star , for multiplicative conjunction, AX and CM for their additive counterparts, and CN for disjunction. The units of A3, CM and CN are denoted C1, BQ and BR (inconsistency), respectively.... ..."

"... In PAGE 1: ... Within the European ACTS (Advanced Communications Technologies and Services) programme, there are four European Union funded R amp;D (Research and Development) projects, namely The Magic WAND (Wireless ATM Network Demonstration), AWACS (ATM Wireless Access Communication System), SAMBA (System for Advanced Mobile Broadband Applications) and MEDIAN (Wireless broadband CPN/LAN for professional and residential multiMEDIA applicatioNs) [1-9]. Table1... ..."

"... In PAGE 12: ... Magical interaction involves actions that are not possible in everyday reality - such as a person flying by his or her own volition, walking through walls, tele-portation - that is moving instantaneously from place to place, psycho-kinesis - that is, action on an object at a distance, and other similar examples. Table1 classifies these types of interaction. Table 1 Magical and Mundane Interactions... ..."

"... In PAGE 12: ... Magical interaction involves actions that are not possible in everyday reality - such as a person flying by his or her own volition, walking through walls, tele-portation - that is moving instantaneously from place to place, psycho-kinesis - that is, action on an object at a distance, and other similar examples. Table1 classifies these types of interaction. Table 1 Magical and Mundane Interactions... ..."

"... In PAGE 12: ... Magical interaction involves actions that are not possible in everyday reality - such as a person flying by his or her own volition, walking through walls, tele-portation - that is moving instantaneously from place to place, psycho-kinesis - that is, action on an object at a distance, and other similar examples. Table1 classifies these types of interaction. Table 1 Magical and Mundane Interactions... ..."

"... In PAGE 12: ... 5 External ATM network APCF (AP Control Function) ATMC (ATM Connection function) CCF (Call control and Connection control Function) MMF (Mobility Management Function) PAC (Portable terminal Access Control function) PATMC (Portable ATM Connection function) PCC (Portable Call control and Connection control function) PMM (Portable Mobility Management function) PRRC (Portable Radio Resource Control function) PRTR (Portable Radio Transmission and Reception) RRC (Radio Resource Control function) RTR (Radio Transmission and Reception function) SCF (Service control Function) SMF (Security Management Function) TAC (Terminal Access Control function) UIM (User Identification Management function) Figure 4: ATM Forum WATM reference model. In Table1 , there is a mapping among WAND and BRAN/WATM reference model for all MASCARA... ..."

"... In PAGE 28: ...The Magic Square program in Jama was converted into a Visper remote thread by implementing the RTRunnable interface instead of main. The results presented in Table2 do not include the time to load (and initially just-in-time compile) the bytecodes. Since JVM does not cache classes across multiple runs, each program execution equals to 1st run in Visper.... ..."

"... In PAGE 4: ...Table4 (in the Appendix) details the performances of this algorithm on bigger instances. For a problem of size NxN the following settings are used: Tabu tenure is equal to N-1 and 10 % of the variables are reset when N2=6 variables are Tabu.... ..."

"... In PAGE 4: ...Table4 (in the Appendix) details the performances of this algorithm on bigger instances. For a problem of size NxN the following settings are used: Tabu tenure is equal to N-1 and 10 % of the variables are reset when N2=6 variables are Tabu.... ..."