可持续建筑产生背景 BACKGROUND OF THE IMERGING OF SUSTAINABLE BUILDING 什么是可持续建筑 WHAT IS SUSTAINABLE BUILDING 可持续建筑的原则 PRINCIPLE OF SUSTAINABLE BUILDING 可持续建筑标准（绿色建筑） 可持续建筑的设计 DESIGN OF SUSTAINABLE BUILDING 可持续建筑的对策 ENVIRONMENTAL MEASURES IN SUSTAINABLE BUILDING 案例

2.2 Estimating Overall Forces -Vertical dead loads(5～10kN/m²) -Vertical live loads = equivalent dead loads(2～5kN/m²) - Horizontal wind load - Horizontal earthquake load 2.3 Aspect Ratios and Overturn Resistance Aspect ratio (h/d) is one of the main considerations in schematic level. It is very important for overall stability of a building against overturning. 2.4 Strength and Stiffness of Buildings Carrying capacity –enough strength (against loads) Rigidity of building – enough stiffness (against deformation) 2.5 Symmetry and Asymmetry in Building Forms Asymmetry building is caused by: - asymmetry of building elevation - asymmetry of supporting system - asymmetry of dead loads or live loads

3.1 Building Systems 3.2 The Hierarchy of Structural Action 3.3 Building Forms Conceived as Solid Structures 3.4 Building Forms Conceived as Space Structures

3.1 Building Systems 3.2 The Hierarchy of Structural Action 3.3 Building Forms Conceived as Solid Structures 3.4 Building Forms Conceived as Space Structures

Outline Objectives Agents and Their building Blocks Principles for building agents Modeling formalisms Algorithmic Principles Building an agent: The Mars Exploration rover

II Listening Skills crashing into a building Italian investigators are trying to discover what caused a small private plane to crash into Milans allest building on Thursday, killing at least three, injuring dozens more and making a big hole in the 32-story building

WHATIS DESIGN??? A DESIGN IS PLAN FOR: Manufacturing an artifact refrigerator or a rug Building the mean of manufacture A factory or a chemical plant Building structure A bridge or a baseball stadium Implementing an organization A hospital emergency room A air transportation system

Slide 16.1.1 Building up a language Last time, we completed building our evaluator. And as you saw, we slightly misled you. We started off saying we were going to user Scheme's lexical analyzer and parser, but then build our own evaluator, which we did initially for arithmetic

Question: Are there sets of basic\ signals so that a) We can represent rich classes of signals as linear combinations of these building block signals b) The response of ltI Systems to these basic signals are both simp and insightful Fact: For LtI Systems(CT or dt) there are two natural choices for these building blocks Focus for now:

Outline The promise of autonomous explorers The challenge of autonomous explorers Agents great and small Course objective 1(16.410/13) Principles for Building Agents Course objective 2(16.413) Building an Agent The Mars exploration rover(MEr) project