Sekundarni jezik: |
Angleški jezik |
Sekundarni naslov: |
Linear scheduling methods and techniques |
Sekundarni povzetek: |
In my thesis I have threated the linear scheduling method and it`s developement over the years. This method is useful for planing linear objects like roads, pipelines, railways and canalizations, where the activities are repetitive.
A linear plan is defined by a two-dimensional coordinate system, where the vertical and the horizontal represents time and location. The advantage of this sort of plan is his transparent construction progress. Anytime time we know the exact position of each activity.
I have presented software tools for linear scheduling and compared the making of a linear plan with or without the use of a specialized program. In this sphere were primarily implented two programs: Tilos and Dynaroad. Their main advantages are the graphical plan view, compatibility with other software tools and the ease of monitoring work progress. The main disadvantage is the inability of determing the critical path of linear scheduling method. Both determine the critical path on the basis of network planing method despite the inadequacy of it. |
Sekundarne ključne besede: |
graduation thesis;linear scheduling;lsm;cap;cpm;tilos;dynaroad; |
Vrsta datoteke: |
application/pdf |
Vrsta dela (COBISS): |
Diplomsko delo/naloga |
Komentar na gradivo: |
Univ. v Ljubljani, Fak. za gradbeništvo in geodezijo |
Strani: |
X, 39 str. |
Vrsta dela (ePrints): |
thesis |
Naslov (ePrints): |
Linear scheduling methods and techniques |
Ključne besede (ePrints): |
linearno planiranje;lsm;cap;cpm;tilos;dynaroad |
Ključne besede (ePrints, sekundarni jezik): |
linear scheduling;lsm;cap;cpm;tilos;dynaroad |
Povzetek (ePrints): |
V diplomski nalogi sem obravnaval tehniko linearnega planiranja ter njen razvoj skozi leta. Ta je uporabna pri načrtovanju longitudinalnih objektov (ceste, plinovodi, železnice, kanalizacije), kjer se dejavnosti ponavljajo.
Linearni plan določa dvodimenzionalni koordinatni sistem, kjer vertikala predstavlja čas, horizontala pa lokacijo. Prednost takšnega plana je preglednost poteka gradnje, saj poznamo točno lokacijo in čas izvajanja posamezne dejavnosti.
V nadaljevanju sem predstavil programsko orodje za podporo k tehniki linearnega planiranja ter primerjal izdelavo linearnega plana brez in z uporabo specializiranega programa. Na tem področju sta se uveljavila predvsem dva programa: Tilos in Dynaroad. Njune prednosti so grafični prikaz plana, kompatibilnost z ostalimi programskimi orodji ter enostavnost spremljanja poteka del. Glavna pomanjkljivost je nezmožnost določanja kritične poti po metodi linearnega planiranja. Oba jo določata na podlagi metode mrežnega planiranja kljub njeni neprimernosti. |
Povzetek (ePrints, sekundarni jezik): |
In my thesis I have threated the linear scheduling method and it`s developement over the years. This method is useful for planing linear objects like roads, pipelines, railways and canalizations, where the activities are repetitive.
A linear plan is defined by a two-dimensional coordinate system, where the vertical and the horizontal represents time and location. The advantage of this sort of plan is his transparent construction progress. Anytime time we know the exact position of each activity.
I have presented software tools for linear scheduling and compared the making of a linear plan with or without the use of a specialized program. In this sphere were primarily implented two programs: Tilos and Dynaroad. Their main advantages are the graphical plan view, compatibility with other software tools and the ease of monitoring work progress. The main disadvantage is the inability of determing the critical path of linear scheduling method. Both determine the critical path on the basis of network planing method despite the inadequacy of it. |
Ključne besede (ePrints, sekundarni jezik): |
linear scheduling;lsm;cap;cpm;tilos;dynaroad |
ID: |
8312533 |