A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Towards a 3D visualisation framework for construction planning with procession
The construction industry traditionally uses two dimensional visualisation techniques to analyse project progress. This usually takes the form of an ‘s-curve’, so called because of the characteristic plot shape (anecdotally generated by resource application take-up in many projects). Analysing project progress in this manner provides a ‘single view’ guide to data trends. The building blocks of projects are ‘tasks’. Deeper interpretation of a project might require studying individual s-curves for each task. Indicative pattems can go unrecognised in this mass of unfiltered visual data. ‘Procession’ is an information visualisation software tool. It has been developed to provide a more comprehensive representation of project progress, utilising a three-dimensional data surface. In addition to offering a ‘single view’ navigable data-surface, Procession also intelligently filters and emphasises tasks, according to the significance of their deviant performance parameters.
Towards a 3D visualisation framework for construction planning with procession
The construction industry traditionally uses two dimensional visualisation techniques to analyse project progress. This usually takes the form of an ‘s-curve’, so called because of the characteristic plot shape (anecdotally generated by resource application take-up in many projects). Analysing project progress in this manner provides a ‘single view’ guide to data trends. The building blocks of projects are ‘tasks’. Deeper interpretation of a project might require studying individual s-curves for each task. Indicative pattems can go unrecognised in this mass of unfiltered visual data. ‘Procession’ is an information visualisation software tool. It has been developed to provide a more comprehensive representation of project progress, utilising a three-dimensional data surface. In addition to offering a ‘single view’ navigable data-surface, Procession also intelligently filters and emphasises tasks, according to the significance of their deviant performance parameters.
Towards a 3D visualisation framework for construction planning with procession
North, S (author) / Banissi, E / Bannatyne, M / Chen, C / Khosrowshahi, F / Sarfraz, M / Ursyn, A
2000-07-01
In: Banissi, E and Bannatyne, M and Chen, C and Khosrowshahi, F and Sarfraz, M and Ursyn, A, (eds.) Proceedings of the 2000 IEEE Conference on Information Visualization. An International Conference on Computer Visualization and Graphics. (pp. pp. 577-582). IEEE: London, UK. (2000)
Paper
Electronic Resource
English
project progress analysis , information visualisation software tool , Procession , Data visualization , 3D visualisation framework , Process planning , Construction industry , Shape , Virtual reality , construction planning , Educational institutions , data visualisation , engineering graphics , civil engineering computing , Controlled Indexing construction industry , planning , s-curves , Non-Controlled Indexing , single view navigable data-surface , 3D data surface , Surface morphology , Character generation , Software tools , Application software
DDC:
690
| BASE | 2000
| British Library Conference Proceedings | 2000
Function and Base Procession Analysis of PCI Bus
| British Library Online Contents | 2002
Visualisation in architecture, engineering and construction (AEC)
| Online Contents | 2005