Pedagogical Workflow Management: Functions and Procedures in Educational Settings

1. Pedagogical workflow managementwith “functions” Ioan Rosca 18 nov.2004

2. Summary 1 Pedagogy and management of procedures 2 Example: function modeling the ADISA-EXPLORA chain 3 Function- aggregate structure 4 Reproducing procedures by functions 5 Aggregation process 6 Aggregation by orchestration 7 Prototype demonstration 8 Demonstration chain 9 GEFO prototype as a specification driver 5 Prototype demonstration : an integrative story 6 Demonstration chain

3. 1 Pedagogy and management of procedures RP RP resource observes acts RA A images op analyses decides concepts and rules RI thinks memory RO 1 knowledge understanding, as a cognitive procedure 3 management of a pedagogical procedure PA PA OI OI 4 auxiliary procedure 2 pedagogical management of a procedure

4. 2 Example: function- modeling the ADISA-EXPLORA chain designer designs course ADISA Explora editor project ADISA course Explora defines project engineer explore course learner traces Explora report Reengineering Analyses traces Explora executor Analyzer Analyst

5. 3 Function- aggregate structure Editor (F) Explorer (F) thin declarations RA(K) RI(K) C(K) S(K) K RP(K) AX(K) RO(K) components fat manipulators M(A) M(P) M(S) M(C) M(K) M(O) heavy AF(K)

6. 4 Reproducing procedures by functions Primary phenomena P participants Used Ress. Product Ress. MetaFunction Editor Meta- Edition generation Demonstrator Engineers Spy observation observation imagination Metafunction execution MetaFunction generation Demonstrator Primary Edition Spy Function Editor Designers Driven edition designers Editor. Function execution Function P Utilizations secondary phenomena participants Used Ress. Product Ress. S Inspire guide, explain Declare, manage help Facilitate manipulations Coordinate, share match

7. 5 Aggregation Process Phase 4 –Explore Phase 1 – Prepare Composition Explorer Products Traces Prepare Composition phase Composer Facilitator Support Phase 2 – Compose Compose Annotate Use resources Compose aggregates Composer Explorer Publish Define A structure Connect R resources Compose KSC layers Aggregate Classes Save and close Use aggregate Aggregate Uses support Explorer Facilitator Instances Prepare aggregate instance Administrator Load /Analyse product Phase 5 –Analyze Activate instance Phase 3 – Prepare Exploration Modify aggregate Analyzer References

8. 6 Aggregation by orchestration Aggregation by integration Aggregation by grouping IMSLD WF Consortium TELOS functions Workflow orchestration Function orchestration Flowchart orchestration

9. Edition operations 0 core construc 1 LKMS constr 2 LKMS instanciation 3 LKMA create (global) 3.1 a Prepare KVAL 3.1 b PrepareKMOT 3.1 c Prepare K list 3.2 a Declare UVAL 3.2 b DeclareUMOT 3.3a Prepare R 3.4a Declare RVAL 3.5 Edit F (global) 3.5.1 Intercep (global) 3.5.1.1 Inter K ref 3.5.1.2 Inter P(K) 3.5.1.3 Inter R(K) 3.5.2 Define Fl 3.5.2.1 DefineA(K) 3.5.2.2 DefineU(K) 3.5.2.3 DefineR(K) 3.5.2.4 Define S(K) 3.5.2.5 DefineC(K) 4 Declare inst global 4.1 Open 4.2 Adapt 4.3 Activate 5 Explore 6 Analyse Exploration facilities 1 A observe, navigate, consult 2 A declare advancement 3 A operation batches 4 S post and ante operation advice 5 S verify by questions 6 S(K) competence equilibriumadvice 7 R launch; intercept, timers 8 R concretizeresources 9 R(K) competence driven concretization 10 U person and category access 11 U access by profile 12 U(K)access by competence 13 U(K)concretize users (competence driven) 14 C aggregate actor and multi-actor floor control 15 C(K) competence driven user matching 16 C(K) ressource control and batches General flow function A1 replica 1 2 Application X1 Application X2 public 7 Prototype demonstration : an integrative story

10. 8 Demonstration chain engineer technologist LKMS Administrator LKMA administrator learner facilitator LKMP Administrator designer 0 Creates core tool 1 Creates LKMS class 2 Parameterize LKMS instance 3 Creates LKMA1 4 Adapt instance 5 Execute 6 analyze 3.5 create function 3.1a edit K 3.2a Edit RP(K) 3.3a Prepare R 3.5.2 Edits 3.5.1 New function 3.5.3 Close class Designer M Designer F Designer K Designer U Designer R Designer I 3.5.2.1 Edit manual Activities chain 3.5.2.3 Flowchart edition Competence chain 3.5.2.Intercept report chain Edit U Edit K Edit R(K) Instruments Edit U(K) Users Edit U(K) Edit S(K) Edit C(K) Edit A(K)

11. 9 GEFO prototype as a specification driver GEFO 1 GEFO 2 GEFO 3 Specification Specification Specification Architecture Architecture Architecture 1 1 1 Prototype Prototype Prototype Application Application Application Specification Specification Architecture Architecture 1 1 TELOS 0 Prototype Prototype Application Application TELOS 2 TELOS1 VAL