Explain the Methodology for Decision Support Systems in the Early Stages of the Landscape Architecture Design Process Based on the Systemic Design Approach

EasyChair Preprint 5795

Abstract

The basis of computational design systems in landscape architecture is systemic design thinking, the developments of its two parts, namely systemic thinking and design thinking, have not been homogeneous. This approach was considered from the 1970s onwards with the expansion of design movements, the critique of design thinking, and the adaptation of systems thinking to the vocabulary of landscape architecture education, but did not become a dominant trend in landscape architecture. In today's world, research in landscape architecture is expanding again as a field of belief. Decision-making in complex natural-human systems, including landscape architecture, requires a transition to robust model-based interfaces. Strong decision support requires a range of interactive methodological options for setting the context of the problem, framing the decision-maker, evaluating possible solutions, and presenting theories. Based on systemic design approaches, we introduce a methodology for producing an adaptive decision support system in the early stages of landscape design. Landscape architecture as a complex system has no solution other than systematic design to face and solve its complex problems in today's world. Re-study that platform to form the foundations of self-adapting systems, to be designed as an advanced decision support tool in the early stages of the process.

Keyphrases: Decision Support System, design process, self-adaptive systems, systemic design

@booklet{EasyChair:5795,
  author    = {Parichehr Goodarzi and Mojtaba Ansari and Mohammad Javad Mahdavinejad and Mahdi Haghighatbin},
  title     = {Explain the Methodology for Decision Support Systems in the Early Stages of the Landscape Architecture Design Process Based on the Systemic Design Approach},
  howpublished = {EasyChair Preprint 5795},
  year      = {EasyChair, 2021}}