prenatal funtional analysis/loop fusion=true #0001
Frank slomkaprojekt rapid-pr ototyping, WAIT m Fru_________________hz. Projekt, sap3 ISDN-Phone.
Map channel in_out on component serial_io strong}system isdn block phoneblock layer block
connectorph ${markbegin S} U0 (S+D+B+B)rcv()loop. Functional specification, phy DTRind framing().
Von sync hronen ab ${markend R,span (S, R)=125 us}; RP.
Pbx ${markend R,span (S, R)=125 us};. 8-bit8-bit 8 sap1 CONreq. Conreq, 10 ms/50...5 ms/20 area
Frank SlomkaProjekt Rapid-Pr.
Span (s, r)=125 us}; ${map channel sap1 on memory , sap2. Lapd, nwlapp ${markend R,span (S, R)=125
us};. In_out, lapd head (PCM) -----------------S1S2S3S4S5S6. D y----------------+ m Besc.
Line, orderung en DATAreq (lapdmsg)TEI assigned. U0 (s+d+b+b)rcv()loop block PBX. ${markbegin
s}${markend r, DFG-ProLehrstuhlSystemsynthese. Datareq (lapdmsg)tei assigned block Layer
ProjektZusammenfassungPMSC:m.
-----------------s1s2s3s4s5s6 ariab len und Softwar e. Nber g, DFG-ProLehrstuhlsystem ISDN block
Phone chitectur e). Nwl app, Softwar e phy.
Dat aind (lapdmsg) ${size 80 Byte} 1... W orkshop _________________Spezifikationstechniken
fu_________________r Echtzeitsysteme_________________, Erlangen, 19... F. U0 (s+d+b+b)rcv()loop DAT
Areq (lapdmsg). Ebruar 19995 ${markbegin S}${markend R, block Connector. Sdl (beha vior), Perf
ormance Analysis WAIT. ${markbegin s}${markend r, lapd head (PCM) snd.
Sap1 lapd head (pcm) PMSC. Lauf fu_________________r ec htz
itk -----------------S1S2S3S4S5S6. -----------------s1s2s3s4s5s6, S1S2S3S4S5S6 block Layer. Uni
versita_________________t erlangen-nu_________________r, lapd head (PCM) sap3. Y m
Fru_________________hz ebruar 19994.
Block layer, orderung en d y----------------+. Dtrind framing(), sap2 PBX.
C, -----------------S1S2S3S4S5S6 ${markbegin S}. ${size 46 bit} hen. Pbx DFG-ProLehrstuhlsystem
ISDN block Phone m Besc.
Non + functional specification, DTRind framing() line. Code generation (softwar e) phy e. Ab nwl
app SDT/GEODE. Line Uni versita_________________t Erlangen-Nu_________________r.
Echtz eitsystemen Softwar e. Pbx line heduling v on CDFG-Knoten. In_out, CONreq (S, D, B, B).
Dtrind framing() -----------------S1S2S3S4S5S6. ${markbegin s} en ab. U0 (s+d+b+b)snd() block PBX
dware/Software P.
Ready ${markend R,span (S, R)=125 us};. Ototyping, Perf ormance Analysis nwl app. ${markend r,span
(s, r)=125 us};, ${markbegin S} sap2.
Dataind (lapdmsg) Frank SlomkaProjekt Rapid-Pr. Ctrl, span (S, R)=125 us}; Hard war e/. Block pbx
on Bib liotheksk. (s, d, b, b) hnung des Sc. D y----------------+ system ISDNblock Phone ready.
Nwl app, phy Frank SlomkaProjekt Rapid-Pr ototyping. C, CONreq DTRind framing(). Constraints DAT
Areq (lapdmsg) DATAind (lapdmsg). M echtz, sap1 in_out. Lapd ojekt Rapid-Pr yse des
Zeitverhaltens.
In_out rcv()loop DAT Areq (lapdmsg). 8 DAT Aind (lapdmsg) Entwurfv. Frank slomkaprojekt rapid-pr,
eugung v sap2.
Phy ${markend R,span (S, R)=125 us}; d y----------------+. Hard war e/ Functional Analysis m
Implementations-Design mit SDL----------------. Hnung der allokation v, ISDN-Phone sap2.
Code generation (softwar e) Functional Specification Functional Analysis Process MAC Process MAC.
Eugung v DTRind framing(). True ynamischen V erhaltens der Pr block Layer. Sap1 lapd head (pcm),
DATAreq (lapdmsg)TEI assigned (S, D, B, B).
${markbegin s}${markend r, in_out m Ressour. Softwar e c ation. On sap1 lapd head (PCM) U0
(S+D+B+B). Rp, lapd phy Hard ware/.
Lapd head (pcm) DFG-ProLehrstuhlEchtz. -----------------s1s2s3s4s5s6 map block Layer on cpu 8086
strong,maxmem process of block Layer 64 kbyte}${implement block Phone, SDL (beha vior). Eine besc,
1... W orkshop _________________Spezifikationstechniken fu_________________r
Echtzeitsysteme_________________, Erlangen, 19... F Har. He und v ollautomatisc Spezifikation v.
Block layer, 16 lapd head (PCM).
Yse, PBX Process MAC Process MAC. Conreq in_out Frank SlomkaProjekt Rapid-Pr ototyping. Lapd, PBX
m Systemstim. Line, c en. La_________________uf en phy phy.
Yse, nwl app nwlapp. Msc snd m ABER: K. Constraint sap3 m Fru_________________hz. ${markend
r,span (s, r)=125 us}; phy Code Generation (Softwar e). Ab, U0 (S+D+B+B)rcv()loop block Layer.
U0 (s+d+b+b)rcv()loop Uni versita_________________t Erlangen-Nu_________________r. Lauf
fu_________________r ec htz eitk, modelling of theSDL---------------- specification (S, D, B, B).
U0 (s+d+b+b)rcv()loop, DFG-ProLehrstuhlDesign eines HW/SW yse des Zeitverhaltens. Conreq 1... W
orkshop _________________Spezifikationstechniken fu_________________r
Echtzeitsysteme_________________, Erlangen, 19... F. ... verwendung v span (S, R)=125 us};
${markbegin S}${markend R,.
Isdncon ],, Hard war e/ ready. Perf ormance analysis block Connector ${size 46 Bit}. Conreq sap1
DAT Aind (lapdmsg).
(s, d, b, b), c c. Dat aind (lapdmsg), Verhalten mit SDL/MSC 1... W orkshop
_________________Spezifikationstechniken fu_________________r Echtzeitsysteme_________________,
Erlangen, 19... F. Sap3, sap2 (S, D, B, B). Ototyping, in_out SDLrunTime.
Asic isdn_ctrl DFG-Programm Rapid-Prototyping. Rcv()loop block Connector -Systems mit
SDL----------------. Sap3 ready framing (S, D, B, B). Phy, eiterweiterung U0 (S+D+B+B) snd().
Ebruar 19993, system ISDN block Phone U0 (S+D+B+B). Lapd head (pcm) true. False, m Berec DAT Aind
(lapdmsg). Block pbx, DTRind framing() CONreq.
${markbegin s}${markend r, ready framing Process phy. Perf ormance
analysis -----------------S1S2S3S4S5S6 sap2. M systemstim eitig e Leistungsanal m
Fru_________________hz. Pbx DAT Aind (lapdmsg) ototyping.
Block connector nber g m Besc. ${markbegin s}, MSC snd timing. Y en fu_________________r MSC
(PMSC) und fru_________________he Leistungsbe Functional Specification.
Implementation hard war e/, der Har dwarek der Systemstruktur. On har dware-modulen (sdl to vhdl),
,qlenght=5 ], nber g. Block layer Formal Specification ebruar 199910. Nber g nwlapp true. D
y----------------+, line m Ressour.
M zeitbedingung, U0 (S+D+B+B) snd() Spezifikation v. Ebruar 19998 PBX sap3. Sap2 ProjektMotiv.
Processor 8051 8 SDL2VHDL Har.
(s, d, b, b), ab map channel in_out on component serial_io strong}system ISDN block Phoneblock Layer
block Connectorph. Dat aind (lapdmsg) sap3. M systemstim true sap1. Define connection bus
[witdh=, CDFG architectur e graph m Zeitanf. Phy, Uni versita_________________t
Erlangen-Nu_________________r en fu_________________r MSC (PMSC) und fru_________________he
Leistungsbe.
Phy, PBX ${map channel sap1 on memory ,. 1... w orkshop _________________spezifikationstechniken
fu_________________r echtzeitsysteme_________________, erlangen, 19... f hreib ung eitlic hem. U0
(s+d+b+b)rcv()loop m Berec. Dfg-prolehrstuhlsystemsynthese, block Phone ${markbegin S}${markend R,.
1 2 3 4 5 ProjektZusammenfassungPMSC:m.
Wait Code Generation (Softwar e) CONreq. U0 (s+d+b+b) snd() nber g in_out. On ressour cen vor
gaben nwlapp U0 (S+D+B+B) snd(). En, ${map channel sap1 on memory , ab. Nwl app, ${map channel
sap1 on memory , ${markend R,span (S, R)=125 us};.
august highland
muse apprentice guild
--"expanding the canon into the 21st century"
www.muse-apprentice-guild.com
culture animal
--"following in the footsteps of tradition"
www.cultureanimal.com