基于ChatGPT的建筑物理参数快速反演技术研究(英文中文双语版优质文档)
2023年11月20日 每日一猜答案：。 答案：ABC。 每日一猜答案分析：
基于chatGPT的app,基于chatGPT的应用,基于chatGPT的智能音箱,基于chat gpt研发的基于
ChatGPT
的建筑物理参数快速反演技术研究（英文中
文双语版优质文档）
Building physical parameter inversion technology refers to the
rapid inversion of building physical parameters by measuring
and calculating building physical parameters. Building physical
parameters
include
thermal
performance,
acoustic
performance, optical performance and so on of the
building.
In
the
fields
of
sustainable
building
operation
and
energy
saving
and
【【微信】】bsp;
reduction,
the
inversion
technology
of
building physical parameters has important application value.
The
traditional
inversion
technology
of
building
physical
parameters
requires
a
large
number
of
experimental
measurements and calculations, which consumes a lot of time
and
human
resources,
and
the
accuracy
of
the
inversion
results is difficult to guarantee. Therefore, how to improve the
【【微信】】
and
accuracy
of
building
physical
parameter
inversion
technology
has
become
an
important
issue
in
the
current building field.
基于ChatGPT的建筑安全预警系统设计与实现(英文中文双语版优质文档)
基于chatGPT的app,基于ChatGPT人机交互机器人,基于chatbot,基于chatGPT的应用开发产品基于
ChatGPT
的建筑安全预警系统设计与实现（英文中文
双语版优质文档）
Building safety is an important social issue, and the structural
stability of buildings is the key to ensuring building safety. In
recent years, the
building
safety
early
warning
system
based
on
artificial
intelligence
technology
has
received
【【微信】】
attention
and
research.
This
article
will
introduce
the
design
and implementation of a building safety early warning system
based on ChatGPT.
1. Problem definition
The
structural
stability
of
buildings
is
the
key
to
ensuring
building safety. The structural stability of a building is affected
by 【【微信】】 factors such as earthquakes, wind, loads, etc. When
these factors exceed the expected scope of the building design,
the building may collapse, collapse and other safety accidents.
Therefore, we need a system that can warn of the structural
stability of buildings and detect possible safety hazards in time
to ensure the safety of buildings.
