Mid-term Review Meeting - WP5

Project SLOPE1

WP 5 – Forest information system development

Project SLOPE

WP5 T5.1 – Database to support novel inventory data content

Brussels, 2nd July, 2015

Mid-term Review 2/Jul/15

Overview


• Status: Completed (100%)• Length: 10 Months (From M08 to M17)• Involved Partners

• Leader: MHG• Participants: GRAPHITECH, CNR, COAST, FLY, TRE, ITENE

• Aim: Design and implement database and web service interfaces to support inventory and spatial data

• Output: D5.01 Inventory module of the FIS (Prototype)

Objectives

• Design the database to support inventory and spatial data• Implement database to relation database management

system (RDBMS)• Design and implement interfaces to this database• Construct deployment platform for the database and the

web service module• Deploy prototype to the deployment platform• Make technical description about the implementation


Inventory module of the FIS Very central component of whole SLOPE system architecture


Milestones

M08 M09 M10 M11 M12 M13 M14 M15 M16 M17

Start M08 – End M17

1. First databasedesign

2. Web Service design

3. Database readyv3.3

4. Web Service module

and source codemanagement

6. Report and task ready

5. Deployment platform


Deliverable overviewSpecified in System Architecture Specifications


Deliverable – FIS Database

• Implemented on MySQL database engine• MySQL Spatial Extensions for storing spatial data• Database includes four logical sections:

• User management• Real estate management• Tree and product management• Storage and logistics

• Integration of the logistic model by ITENE


Deliverable – FIS Database


Deliverable – Web Service

• Light weight Web Service -module to read and write data from FIS database• Implemented with Java, easy to extend• Standard REST interface with XML and JSON support• Source code of this module is hosted on BitBucket Git repository • Secured with Basic authentication and Secure Socket Layer (HTTPS)


Deliverable – Deployment

• FIS components are hosted on Jelasticcloud platform (Platform as a Service)

• Platform is hosted in Helsinki, Finland• Own independent environment for

SLOPE FIS• Apache Tomcat, Java 8, and MySQL 5.7• Jelastic works well on mission critical

and high availability cloud services• Scales horizontally and vertically for

our performance needs• Domain: slopefis.mhgsystems.com


Summary

• Overall, this task went very well. • Communication with partners worked well, all needed feedback returned

on time• The deliverable was finished on time• Goals were reached correctly• This prototype gives us very good base for SLOPE platform development

and integration work• The prototype will be developed further during the project

• New interfaces• Database extensions

• Deliverable report can be found from project’s Dropbox• Web Service is published on https://slopefis.mhgsystems.com/slope-fis/


https://slopefis.mhgsystems.com/slope-fis/


Contact info

Veli-Matti Plosila [email protected]

Seppo Huurinainen [email protected]

Thank you for your attention

mailto:[email protected]

mailto:[email protected]

T5.2- Platform for near real time control of operations

Introduction

Task: T5.02 Platform for near real time control of operations

Task Leader: Treemetrics

Partners involved: GRAPHITECH, CNR, MHG, ITENE

Deliverable: D5.02 Real Time supply chain control module of FIS

Status: On going

Mid-term Review 2/July/15

PRESENTATION:

Part 1: Scope of work

Part 2: Definion of workflow

Part 3: Module achitecture

Part 4: Planned activities


Introduction

Objective:Develop a system that allows for the near real time control of operations .


Task: T5.02 Platform for near real time control of operations

Development phasesDESIGN DEVELOPMENT TESTING /

DEMOSTRATION

Load harvesting dataand demonstrate

functionalities

Real Time Supply Chain Control

GUI

Harvesting Data Analysis

Integration with harvesting plan tools


Scope of work


Scope of the work1. Develop Real Time Supply Chain Control module - MHG

a. Integration of Harvesting Plan modules (task 5.1)i. Tree and products information display –FID tagged- (task 2.4)ii. Storage and logistics data entry (task 2.5)iii. Timber Supply Plan –MHG/CNR/ITENE-

b. Real Time Harvesting Controli. Integrate Intelligent Processing Head data (task 3.6) -CNR/MHG-ii. Harvesting Data Analysis (predicted vs. estimated) -TREiii. Harvest vs. predicted tree and products information (GUI)-MHG-iv. Storage and logistics (modify data when required) -CNR/ITENE-v. Review Timber Supply Plan -CNR-


Scope of work


Task performed 1. Definition of the workflow and actors involved.

• Overview of the Real Time Supply Chain Control platform architecture


Scope of work


2. - HARVESTING PLAN (ITENE/ MHG)

3. PROCESSING HEAD SOFTWARE (Task 3.6) - CNR-Real timber products data- Timber products summary- Quality indexes

5. MONITORING PLATFORM - MHG

4.2.- Planning review (logistic) ITENE-Review or point 2

4.1.- Monitoring - CNR-Review Timber Supply Plan

4. HARVESTING DATA ANALYSIS - TRE- Compare predicted vs. estimated

- Infrastructure (roads, access)- No./ harvesting machines- Storage location- Location of machines, ETC

1. INVENTORY DATA (TRE)1.1.- Timber assets-Expected amount of timber to cut-Expected Products assortments-Tree location

Workflow


Definion of workflow



Module achitecture


Related Funtional Modules


Module achitecture



Platform achitecture

• Integration of Processing Head• GPRS/UMTS data transfer (Task 3.6)• Decompression of data and storage in the database• Access to the data from Harvesting Control platform

• Data comparison analysis• Access to the Processing Head data (timber products and quality

indexes)• Compare harvested vs. predicted timber products and quality

indexes information• Real Time Harvesting Control platform

• Display predicted timber products and Processing Head data • Display data comparison analysis (harvested vs. predicted)• Facilitate modification of storage and logistics (when required)



Platform achitecture


Task 1.3

Planned Activities 1. Agree module architecture design with partners (next

weeks)

2. Develop for near real time control platform (M20)

3. Test near real time harvesting control in the demo area (M22).


Planned activities


Mid-term Review Meeting - WP5

Education

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