Mining Minds Platform Open Source Presentation Service Orchestrator - - PowerPoint PPT Presentation

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Aug 01, 2023 206 likes •347 views

SCL Service Orchestrator Mining Minds Platform Open Source Presentation Service Orchestrator is released as a part of Recommendation Builder ( RB ) and Recommendation Interpreter ( RI ). The open source 10 step process can be observed in the RB

SLIDE 1

Mining Minds Platform

SCL Service Orchestrator Open Source Presentation

Service Orchestrator is released as a part of Recommendation Builder (RB) and Recommendation Interpreter (RI). The open source 10 step process can be observed in the RB and RI open source presentations.

SLIDE 2

Open Source Release Process - Roadmap

Library Functions Code Review Code Refactoring Unit Testing

API Design Build Creation API Documentation Demo Harness Open Source Release

1 2 3 4 5 7 8 9

10 Integration Testing

SLIDE 3

Open Source Release Process - Roadmap

Service Orchestrator is released as a part of Recommendation

Builder (RB) and Recommendation Interpreter (RI).

The open source 10 step process can be observed in the RB and RI
pen source presentations.
In following slides, an overview of the packages, classes, and code
f overall SCL particularly the service orchestrator is provided.

SLIDE 4

User App

SCL Communication- Service Orchestrator

KCL

Rule Index base Rule-base

Recommendation Builder Rule-based Reasoner

Uid, Data Request Index- based Reasoning Situation Event Set of Rules Uid, Situation Event Uid, Recommendations Uid, Data Pattern Matcher Conflict Resolver Result Generator

DCL

1 2 3 5 8 7 6 Uid, Data Request Uid, Data RESTful Web Services RESTful Web Services 9 Uid, Context, preferences 10 Uid, Context 11 Uid, Context Uid 13 Uid, Situation Event 5

SL (UI/UX)

14 RESTful Web Services

Recommendation Interpreter Interpretation

Context Interpreter Content Interpreter Explanation Generator

Service Orchestrator

Input/output Adapter Event Handler RESTful Web Services 12 Uid, Personalized Recommendation Uid, Request 1

SLIDE 5

SCL Package Distribution

Service Orchestrator Recommendation Builder Recommendation Interpreter

16 Packages

17 22 7 12 2 9 7 10 6 4 2 1 3 2 2 6

112 Classes

3 8 10

SLIDE 6

SCL Logical Structure

SCL Service Communication Logic Modules Recommendation Builder Recommendation Interpreter Service Orchestrator Utilities

SLIDE 7

SCL Logic Module Design

class kr.ac.khu.uclab.mm.scl.logicmodules «abstract» T : Class U : Class V : Class RecommendationFactsPacket # factsOutput :V # recommendationInput :T # recommendationOutput :U + getFactsOutput() :V + getRecommendationInput() :T + getRecommendationOuput() :U + setFactsOutput(V) :void + setRecommendationInput(T) :void + setRecommendationOutput(U) :void PhysicalActivityRMLRecommendationFactsPacket + getFactsOutput() :V + getRecommendationInput() :T + getRecommendationOuput() :U + setFactsOutput(V) :void + setRecommendationInput(T) :void + setRecommendationOutput(U) :void «abstract» T : Class V : Class ExceptionPacket # exceptionOutPut :V # interpretationIngredients :T + getExceptionOutPut() :V + getInterpretationIngredients() :T + setExceptionOutPut(V) :void + setInterpretationIngredients(T) :void PhysicalActivityIMLExceptionPacket + getExceptionOutPut() :V + getInterpretationIngredients() :T + setExceptionOutPut(V) :void + setInterpretationIngredients(T) :void «interface» T : Class RecommendationLogicModuleInterface + execute(T) :T + interprateRecommendation(T) :T «abstract» T : Class > «abstract»RecommendationFactsPacket AbstractRecommendationBuilder + execute(T) :T + interprateRecommendation(T) :T PhysicalActivityRML + execute(T) :T T : Class > «abstract»ExceptionPacket AbstractRecommendationInterprater + execute(T) :T + interprateRecommendation(T) :T PhysicalActivityInterpretationManager + interprateRecommendation(T) :T «singleton» RuleBaseReasoner + getPhysicalActivityReasoner(LogicModuleReasonerEnum) :void + getRuleBaseReasoner() :RuleBaseReasoner < T->InterpretationIngredients, V->PhyActivityException > < T->RecommendationFactsPacket > < T->RecommendationIngredients, U->PhyActivityRecommendations, V->PhyActivityFacts > < T->PhysicalActivityRMLRecommendationFactsPacket > < T->ExceptionPacket > < T->PhysicalActivityIMLExceptionPacket >

SCL logic modules implements two-level bridging

Recommendation Interface Abstract RB Abstract RI Implementation RB Implementation RI

Level 1 bridging Level 2 bridging

Abstract Packet Implementation Packet

Packet Design Pattern

An example of Observer

design pattern

It separate the logical module

to know the semantics of the data

SLIDE 8

Service Orchestrator: Communication Design

Communication structure is based on three design patterns Bridge Pattern

For flexibility of adding new

clients

Factory pattern

For object instantiation control

Facade pattern

For outer world

communication

Singleton pattern

For ensuring single

instantiation of an object

SLIDE 9

Service Orchestrator: Sample Package/Classes

Package org.uclab.scl.communication.dcl This class provides the abstraction to communication of SCL with DCL This is an implementation class of abstract DCL client that implements current context client

SLIDE 10

Service Orchestrator: Sample Package/Classes

Package org.uclab.scl.communication.dcl Code Excerpt

SLIDE 11

Service Orchestrator: Sample Package/Classes

Two way communication through restful service/ clients. GetData PostData

SLIDE 12

Thanks