Difference between revisions of "SimAUD 2017"

Latest revision as of 20:00, 1 April 2022

SimAUD 2017
8th Symposium on Simulation for Architecture and Urban Design
Event in series	SimAUD
Dates	2017/05/22 (iCal) - 2017/05/24
Homepage:	http://www.simaud.org/2017/
Location
Location:	Toronto, Ontario, Canada
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Committees
General chairs:	Michela Turrin
PC chairs:	Brady Peters
Table of Contents

,

SimAUD topics include, but are not limited to:

   *     Simulation-based Design Generation and Exploration
   *     Simulation-Based Collaborative Design
   *     Simulation-Based Design Tools and Methods
   *     Multidisciplinary Design Optimization
   *     Simulation Performance and Scalability
   *     Building Comfort and Energy Performance
   *     Simulation of Occupant Behavior
   *     Simulation of Building Control
   *     Physics-Based Simulation in Design
   *     Visualization of Simulation Data
   *     Urban-Scale Modeling
   *     Design Agency & Multi-Agent Systems
   *     Intelligent Buildings & Building Lifecycle Management
   *     Sensor Networks & Building Performance Monitoring
   *     Interactive Environments
   *     Responsive Facades
   *     Robotic Fabrication in Design

Difference between revisions of "SimAUD 2017"

Latest revision as of 20:00, 1 April 2022

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@@ Line 1: / Line 1: @@
 {{Event
 |Acronym=SimAUD 2017
-|Title=8th Annual Symposium on Simulation for Architecture and Urban Design
+|Title=8th Symposium on Simulation for Architecture and Urban Design
 |Series=SimAUD
 |Type=Conference
@@ Line 10: / Line 10: @@
 |State=Ontario
 |Country=Canada
+|Has host organization=University of Toronto
+|has general chair=Michela Turrin
+|has program chair=Brady Peters
+|pageCreator=Heike.Rohde
+|pageEditor=Heike.Rohde
+|contributionType=1
 }}
-The 8th annual Symposium on Simulation for Architecture and Urban Design (SimAUD) tackles the interdisciplinary aspects of the development and use of simulations to measure, predict, assess, comprehend and manage the performances of buildings and cities, in regard to their technical and non-technical requirements. SimAUD offers the opportunity to present innovative simulation methods and techniques and to discuss their roles in urban planning, architecture, engineering, construction, and management. This year's event will be held at the University of Toronto's downtown campus in the heart of Canada's largest city.
-In past years, attendees have included researchers and practitioners in the fields of urban planning and design, architecture and building science, visualization and construction, as well as software developers, managers, educators, and business professionals. Past SimAUD symposia have attracted exceptionally high-quality submissions (papers, notes, works in progress, datasets, and videos). We highly encourage you to take advantage of the free downloads of previous years' proceedings. We invite you to submit and present an original contribution for SimAUD 2017. All submissions will be peer-reviewed, and accepted full papers will be published in the ACM Digital Library. Please observe the submission types and deadlines on the Symposium website. SimAUD is run collaboratively with ACM/SIGSIM and is sponsored by The Society for Modeling and Simulation International.
+SimAUD topics include, but are not limited to:
+    *     Simulation-based Design Generation and Exploration
+    *     Simulation-Based Collaborative Design
+    *     Simulation-Based Design Tools and Methods
+    *     Multidisciplinary Design Optimization
+    *     Simulation Performance and Scalability
+    *     Building Comfort and Energy Performance
+    *     Simulation of Occupant Behavior
+    *     Simulation of Building Control
+    *     Physics-Based Simulation in Design
+    *     Visualization of Simulation Data
+    *     Urban-Scale Modeling
+    *     Design Agency & Multi-Agent Systems
+    *     Intelligent Buildings & Building Lifecycle Management
+    *     Sensor Networks & Building Performance Monitoring
+    *     Interactive Environments
+    *     Responsive Facades
+    *     Robotic Fabrication in Design