Linear programming: complicating constraints

Similar documents
CEE 320. Fall Route Choice

Bristol Blackboy Hill branch closure 21/06/2018. Help and support for personal and business customers

South Norwood branch closure 22/05/2018. Help and support for personal and business customers

Exeter University of Exeter branch closure 14/06/2018. Help and support for personal and business customers

Firth Park Sheffield branch closure 11/06/2018. Help and support for personal and business customers

Application of queuing theory to the container terminal at Alexandria seaport

S T R A T E G I C P L A N

Cottingham branch closure 29/05/2018. Help and support for personal and business customers

An Investigation for the Fuel Price Escalations on Optimum Speed in Maritime Transportation

Research on water transport in loading-damaged concrete

The Application of Mathematical Methods to the Determination of Transport Flows Primjena matematičkih metoda kod određivanja prometnih tokova

Available online at ScienceDirect. Transportation Research Procedia 20 (2017 )

EXCITING DEVELOPMENT/ OWNER-OCCUPIER OPPORTUNITY IN THE HEART OF KENTISH TOWN. THE SHED Kentish Town NW5

MODEL OF OPTIMAL CARGO TRANSPORT STRUCTURE BY FULL CONTAINER SHIP ON PREDEFINED SAILING ROUTE

Background. Military aviation and runway incursions. EAPPRI and military. Conclusion

Multi-Objective Modeling for Airlines Cooperation by Game Theory and Sustainable Development Approaches

Cardiff University Hospital of Wales branch closure 30/05/2018. Help and support for personal and business customers

Lesson T-3 Trig Applications Name:

Safety & reliability of software-controlled systems. Part 7: Risk & safety

Software package WinQSB in the function of automatisation of transport management system

RUNWAY OPERATIONS: Computing Runway Arrival Capacity

fvw is one of the officially endorsed dailies of ITB 2018

INTEGRATED TRANSPORT AND LAND USE POLICIES FOR DEVELOPING COUNTRIES: RELOCATION OF RESIDENCES, ROAD PRICING AND TRANSIT SUBSIDY

ANA HOLDINGS Financial Results for the Year ended March 31, 2017

Towards a Hub-and-Spoke Network: a Study on the Chinese Mainland Hub Airport Planning

EasyRoom. Do-it-yourself sunroom and screen room kits. For more information, visit patioenclosures.com/easyroom or call

The Accessibility Changes of Chinese High Speed Railway Network

ASSESSING THE LEVEL OF ACTIVITY OPPORTUNITIES SECURED BY RURAL PUBLIC TRANSPORT SERVICE: THE CAPABILITY APPROACH

The evaluation on comprehensive risks for enterprises knowledge management by theory of matter-element model and extension set

Appendix F Aircraft Manufacturers

Annual Safety Report 2012

RECURRENT FLIGHT SCHOOL SECURITY AWARENESS (FSSA) TRAINING

Waterloo Court 31 WATERLOO ROAD, WOLVERHAMPTON WV1 4DJ

BOARD EXECUTIVE COMMITTEE Thursday, April 6, :30 p.m. EBRPD - Administrative Headquarters 2950 Peralta Oaks Court Oakland, California 94605

Ten years as a private company

The Impact of Travel Time Reliability and Perceived Service Quality on Airport Ground Access Mode Choice

ANNUAL REPORT 2010 OUR APPROACH

re aviation SPRING/SUMMER 13/14

Transportation Timetabling

Labour Market Flows in the European Union

aviation Insight and analysis to help create sustainable value from aviation assets SPRING 2013 In this edition:

Greater Exeter Strategic Plan

Preemptive Rerouting of Airline Passengers under. Uncertain Delays

THE RURAL TERRITORIAL INFRASTRUCTURE, THE SUPPORT FOR RURAL TOURISM ECONOMY IN THE DANUBIAN AREA OF THE SOUTH MUNTENIA REGION

CHAPTER FOUR RECOMMENDED NOISE COMPATIBILITY PROGRAM MEASURES

Research Article A QFD-Based Evaluation Method for Business Models of Product Service Systems

Brooklyn Park Ten-Year Parks and Recreation System Plan. EXECUTIVE SUMMARY January 22, 2018

INTEGRATE BUS TIMETABLE AND FLIGHT TIMETABLE FOR GREEN TRANSPORTATION ENHANCE TOURISM TRANSPORTATION FOR OFF- SHORE ISLANDS

UC Berkeley Working Papers

Operational Safety Study: Risk of operation without a transponder or with a dysfunctional one

ESTIMATION OF BUS TRAVEL ORIGIN-DESTINATION MATRIX ON A CORRIDOR USING SCREENLINE COUNTS ABSTRACT

What to do if uncertain of your position on the manoeuvring area

Forecasting Tourist Arrivals in Greece and the Impact of Macroeconomic Shocks from the Countries of Tourists Origin

Planning for a connected future

PRESENTATION OVERVIEW

EUROCONTROL RPAS ATM CONOPS. Edition 4.0

A Comparison of Cirque Features in the Sierra Nevada and Trinity Mountains. Iris Surname Benjamin Holt Christopher Surname

US/Canada Differences

Operational Safety Study: Controller Detection of Potential Runway and Manoeuvring Area Conflicts

Reimagining Transportation the IoT Way

From the Aegean Sea to the Bay of Naples

35/37 HIGH STREET, NANTWICH, CW5 5DB ockleston bailey

Free Route Airspace developments

2020 VISION Creating Tourism for Tomorrow. Explore Minnesota Tourism April 2009

CHINA CLIPPER. Education Program

Folk Culture and Tourism Resources valuation of the Validity of Rural Tourism Development in Three Gorges Reservoir Area Analysis

Legacy Rawhide Hose HOSE. Rawhide 1-Wire 4000 PSI Black Hose. Rawhide 1-Wire 3000 PSI Smooth Non-Marking Hose. Rawhide Smooth Cover Black Hose

Contents. Editorial. Focus. Stakeholder Forum. Interview. Independent Platform. Review. Datelines. Update. Visits & Agreements

Avonmouth, BRISTOL. Design AND build opportunities for up to 1.1 MILLION sq ft in an outstanding strategic location

Operational Safety Study: Landing without ATC clearance

Airport Gate Assignment A Hybrid Model and Implementation

2018 Cub Scout Day Camp Parents Guide Passport to Adventure

Dynamic Game on Carbon Emission Reduction in Intermodal Supply Chain Shu-xia LI *, Si-fan SUN, Yi-quan WANG and Hai-yang XIA

The number one procurement awards in the UK are returning to Glasgow with the GO Awards Scotland 2018/19!

ockleston bailey 86 NEWBOROUGH, SCARBOROUGH YO11 1ET PRIME FREEHOLD RETAIL INVESTMENT AND DEVELOPMENT OPPORTUNITY

Harmonic Current Predictors for Wind Turbines

Framework for an Airside Vehicle Driver Training Programme. Framework for Manoeuvring Area Vehicle Driver Training Programme

OESC 27 th EDITION/2018

A Duality Based Approach for Network Revenue Management in Airline Alliances

Dynamic and Flexible Airline Schedule Design

Northern Branch Corridor DEIS December Appendix B: Site Plans of Project Elements

Setting the standards for others to follow. Specialist Transport & Lifting Services

Applying Integer Linear Programming to the Fleet Assignment Problem

Airport Master Plan to n n n n n n n n n n n n n n n n

An exclusive development of just six beautifully finished 3 and 4 bedroom homes HEYSHAM

Theme Park Rides. Global Solutions

HYBRID. harmonious. home & builder

Update on Prior Years Report Items. Update. Department of Government Services and Lands

PROJECT: Gold House 819 Cerrito Street

SIXTEEN BOWLING GREEN LANE PRIME CENTRAL LONDON FREEHOLD INVESTMENT OPPORTUNITY

new BSE surveillance programme and propolis from Pitcairn Island

D R A F T. December 6, 2016

Improving Bus Service Reliability: The Singapore Experience

Phase II Archaeological Testing at the John Brice II House (18AP53), 195 Prince George Street, Annapolis, Maryland 2013

Centralised Service 6-4 European Messaging Directory Service

Victoria and Albert Museum Annual Report and Accounts

EAST VILLAGE DEVELOPMENT OPPORTUNITY

Size Structure and Biomass of the Panama Grunt (Pomadasys panamensis) from Bycatch in the Southeastern Gulf of California

PROGRESSING TOWARDS PROSPERITY

Empowering Local and National Humanitarian Actors

Transcription:

Recet Developmets i Power Systems Operatio ad Plaig Jue 9 Liear programmig: complicatig costraits Natalia Alguacil Code Área de Igeiería Eléctrica, Ciudad Real Uiversidad de Castilla-La Maca

Cotets Itroductio Complicatig Costraits. Problem Structure Decompositio Datzig-Wolfe Decompositio Algoritm Descriptio Bouds Master problem Alterative formulatio of te Master problem Eamples Jue 9 Natalia Alguacil Code

Itroductio Cetralized decisio maig E * M E y* E z* Jue 9 Natalia Alguacil Code

Itroductio Decetralized decisio maig E M λ E y E z Jue 9 Natalia Alguacil Code 4

Itroductio Costraits tat prevet a distributed solutio: subect to subect to subect to Jue 9 Natalia Alguacil Code 5

Itroductio Costraits tat prevet a efficiet solutio: Jue 9 Natalia Alguacil Code 6

Complicatig Costraits. Problem Structure Cosider te liear programmig problem Miimize c T z Subect to : E f A b up COMPLICATING CONSTRAINTS Jue 9 Natalia Alguacil Code 7

Complicatig Costraits. Problem Structure is a decisio variable vector of size up is te upper boud vector of of size c is a cost vector of size z is te obetive fuctio value (scalar) A is a m costrait matri E is a bloc- diagoal q costrait matri. Te umber of blocs is r Jue 9 Natalia Alguacil Code 8

Complicatig Costraits. Problem Structure Ab are complicatig costraits Te value of te i-t row of A is deoted as r i Jue 9 Natalia Alguacil Code 9

Complicatig Costraits. Problem Structure Alteratively, subect to complicatig costraits Jue 9 Natalia Alguacil Code

Complicatig Costraits. Problem Structure Eample: Jue 9 Natalia Alguacil Code

Complicatig Costraits. Problem Structure Eample: c c c E f E f E A A A f b Jue 9 Natalia Alguacil Code

Jue 9 Natalia Alguacil Code 7 w z z z y y y 4 Complicatig Costraits. Problem Structure Eample:

Complicatig Costraits. Problem Structure Relaed problem Miimize c T z Subect to : E f up Jue 9 Natalia Alguacil Code 4

Complicatig Costraits. Problem Structure Relaed problem Miimize ;,..., c Subect to : e i f i ; i,..., q up ;,..., Jue 9 Natalia Alguacil Code 5

Complicatig Costraits. Problem Structure Relaed problem eample E f E f E f Jue 9 Natalia Alguacil Code 6

Jue 9 Natalia Alguacil Code 7 z z z y y y Relaed problem eample Complicatig Costraits. Problem Structure

Jue 9 Natalia Alguacil Code 8 Decomposable relaed problem. Subproblem up i i,..., ; q,..., q i ; f e to : Subect c Miimize,..., ; Note tat:, q Complicatig Costraits. Problem Structure

Jue 9 Natalia Alguacil Code 9 E f y y y Subproblem eample Complicatig Costraits. Problem Structure

Decompositio Relaed problem solutio p solutios are cosidered:, z,..., ; ;,...,p,...,p were z is te -t compoet of solutio te obective fuctio value of solutio Jue 9 Natalia Alguacil Code

Decompositio Complicatig costrait evaluatio Te values of te complicatig costraits for te p solutios are r,r,...,rm ;,...,p r i were is te value of te i-t complicatig costrait for solutio Jue 9 Natalia Alguacil Code

Decompositio Master weigtig problem Alterative formulatio of te origial problem Miimize u ;,..., p p z u Subect to : p r u p u b : λ : σ ;,..., m u ;,..., p Variables u are weigtig coefficiets for te solutios Jue 9 Natalia Alguacil Code

Jue 9 Natalia Alguacil Code Decompositio u p,..., ; u : u u m,..., ; : b u r u r to : Subect u z u z Miimize p p p p,..., ; u u, σ λ Addig a ew basic feasible solutio

Jue 9 Natalia Alguacil Code 4 Decompositio Te reduced cost vector of o-basic variables is Particularly, te reduced cost for te additioal variable u is N λ c d T T N T [ ] r r σ...λ λ z d m m M Additioal solutio reduced cost

Jue 9 Natalia Alguacil Code 5 Decompositio Te reduced cost is: Taig ito accout tat: Te reduced cost becomes ad m σ r λ z d c z a r m σ a λ c d m σ a λ c d Additioal solutio reduced cost

Decompositio Temiimumreducedcostiscomputedas Miimize ;,..., v c m λ a Subect to : e i f i ; i,...,q up ;,..., Note tat costat σ is removed from te obective fuctio Jue 9 Natalia Alguacil Code 6

Decompositio Te previous problem is similar to te relaed origial problem Costraits are idetical However, obective fuctio cost coefficiets ave bee modified Jue 9 Natalia Alguacil Code 7

Jue 9 Natalia Alguacil Code 8 Decompositio It decomposes i subproblems. Subproblem is: up i i m,..., ;,..., ;,...,q q i ; f e : Subect to a λ c Miimize

Decompositio Te miimum reduced cost is: d v σ c Terefore, two posibilities eist: m λ a σ If d ad o cost improvemet is possible, te optimal solutio correspods to curret u s If d < ad a cost improvemet is acieved icludig te solutio wit te weigtig variable u Jue 9 Natalia Alguacil Code 9

Decompositio Decompositio structure MASTER PROBLEM λ r * λ SUBPROBLEM r * λ SUBPROBLEM r * λ SUBPROBLEM N- r * N- MIN λ SUBPROBLEM N r * N Jue 9 Natalia Alguacil Code

Datzig-Wolfe Algoritm Step. Iitializatio Geerate p solutios of te relaed primal problem (subproblems); tat is, solve p times te problem Miimize ;,..., c Subect to : e i f i ; i,...,q up ;,..., Jue 9 Natalia Alguacil Code

Datzig-Wolfe Algoritm Step. Master problem solutio Solve te master problem ad compute te dual variables Miimize u ;,..., p p z u Subect to : p r u p u b : λ : σ ;,..., m u ;,..., p Jue 9 Natalia Alguacil Code

Datzig-Wolfe Algoritm Step. Subproblem solutio Modify obective fuctio costs ad solve Miimize ;,..., c m λ a Subect to : e i f i ; i,...,q up ;,..., ad get a ew solutio Jue 9 Natalia Alguacil Code

Datzig-Wolfe Algoritm Step. Covergece cecig Compute te reduced cost of te ew solutio d c m λ a σ If d, stop, optimal solutio foud else if d <, iclude te ew solutio i te master problem ad go to Step Jue 9 Natalia Alguacil Code 4

Jue 9 Natalia Alguacil Code 5 Bouds At iteratio ν te obective fuctio of te master problem is: A upper boud is: A lower boud is: ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) m ν ν m ν m m ν ν dow p ν ν up p ν b λ v b λ a λ c z u z z u z ν ν

Alterative master problem Jue 9 Natalia Alguacil Code 6

Datzig-Wolfe Eamples Miimize Subect to : X,X,X 4 6 4 z 7 complicatig costrait Te solutio is: ; ; Jue 9 Natalia Alguacil Code 7

Jue 9 Natalia Alguacil Code 8 Datzig-Wolfe Eamples Step. Iitializatio Relaed problems : Subect to Miimize X,X,X first feasible solutio:,, ; z ; r 8 Subect to: Miimize X,X,X oter feasible solutio:,, ; z 7; r

Datzig-Wolfe Eamples Step. Master problem solutio Miimize u 7u z u,u Te solutio of tis master problem is ( ) up Subect to: 8u u 7 : λ z λ σ u () () u u : σ u () () ( ) up u 45, u 5 4 Jue 9 Natalia Alguacil Code 9

Jue 9 Natalia Alguacil Code 4 Datzig-Wolfe Eamples Obective fuctio ( ) ( ) ( ) ( ) ( ) ( ) m 4 6 4 a λ c a λ c a λ c a λ c Step. Subproblem solutio

Datzig-Wolfe Eamples Miimize Subect X to : X X,, Te solutio of te above problem is: v (),, ( ) ( ) ( ) lo i i i ( ) ( ) z v λ b 7 Jue 9 Natalia Alguacil Code 4

Datzig-Wolfe Eamples Step. Optimality cec d ( σ ) ( 4 4) d d < New solutio sould be icluded i te master problem r z 6 Te algoritm cotiues i Step Jue 9 Natalia Alguacil Code 4

Datzig-Wolfe Eamples Step. Master problem solutio Miimize u 7u u z u,u,u ( ) up () u u u : λ () Subect to: 8 6 7 u u u : σ u Te solutio of te above problem is: u, u, u λ σ u u () () ( ) up z. 5 Jue 9 Natalia Alguacil Code 4

Datzig-Wolfe Eamples Step. Subproblem solutio Miimize Subect to,, : 5 4 Jue 9 Natalia Alguacil Code 44 Te solutio of te above problem is:,, ( ) ( ) ( ) 5 zlo v λi b i 4 75. i v ( )

Jue 9 Natalia Alguacil Code 45 Datzig-Wolfe Eamples Step. Optimality cec 4 5 d 4 d 4 Optimal solutio foud u u u σ 4 5 d 4

Datzig-Wolfe Eamples subect to: complicatig costraits Te solutio is: Jue 9 Natalia Alguacil Code 46

Datzig-Wolfe Eamples Te solutio is: Jue 9 Natalia Alguacil Code 47

Datzig-Wolfe Eamples Step. Iitializatio Relaed problems subect to: subect to: Jue 9 Natalia Alguacil Code 48

Datzig-Wolfe Eamples Step. Master problem solutio Te solutio of tis master problem is: Jue 9 Natalia Alguacil Code 49

Datzig-Wolfe Eamples Step. Subproblem solutio Jue 9 Natalia Alguacil Code 5

Datzig-Wolfe Eamples Step. Optimality cec Te algoritm cotiues i Step Jue 9 Natalia Alguacil Code 5

Datzig-Wolfe Eamples Step. Master problem solutio Te solutio of te above problem is: Jue 9 Natalia Alguacil Code 5

Datzig-Wolfe Eamples Step. Subproblem solutio Te solutio of te above problem is: Jue 9 Natalia Alguacil Code 5

Datzig-Wolfe Eamples Step. Optimality cec Te algoritm cotiues i Step Step. Master problem solutio Te solutio of te above problem is: Jue 9 Natalia Alguacil Code 54

Datzig-Wolfe Eamples Step. Subproblem solutio Sice o etreme poit ca be added te algoritm cotiues i Step Step. Optimality cec Optimal solutio foud: Jue 9 Natalia Alguacil Code 55