D8ai Inc.

Environmental Protection Administration, R.o.c.

Fu-Chieh Chang

Hui Hsiung

Richard Li-Cheng Sheng

Yuh-Bin Tsai

You-Zheng Yin

Pei-Hua Chen

Chun-Ming Chen

I-Hsing Chen

Chun-Chun Lin

Zai-Ching Wen

Jeng-Chuan Chang

Hsuan-Ting Lai

Angela Chen

Shyh-Wei Chen

Yin-Hsuan Wei

Yu-Yun Hsieh

Hsiang-Pin Lee

A dispatcher virtual assistant (DVA) that can augment the capability of emergency dispatchers while reducing human errors. Major functions of the DVA include updating an emergency incident's status in real time, recommending or reminding the dispatcher to take proper actions at the right timing, answering the dispatcher's inquiries for task-related information, and fulfilling the dispatcher's request for an incident report. The DVA system includes a dispatcher language model based on machine-learning and deep-learning algorithms, for extracting the status of a live incident from incoming incident logs, and for processing and answering inquiries or requests from the dispatcher. It is customizable for different types of emergencies and for different local communities. The DVA can be used in tandem with an existing CAD system.

Virtual assistants for emergency dispatchers

A method for sorting unsystematic environment risk of underground storage tank systems includes: generating an unsystematic environmental site assessment priority list for the underground storage tank systems using a risk weight assessment module based on facility level factor data and operational status factor data of each underground storage tank system; obtaining an actual soil gas detection data for each underground storage tank system after conducting an environmental site assessment on the priority list; and generating an investigation list according to the contamination potential assessment result of each underground storage tank system using a contamination potential assessment module based on the actual soil gas detection data as a basis for subsequent investigation and regulation on the underground storage tank systems.

Method for sorting unsystematic environment risk of underground storage tank systems

This invention provides programmable intelligent agents that facilitate and manage voice or video conversations between human users and chatbots over the Internet or the Public Switched Telephone Network. Functions of said intelligent agents include providing the communication connectivity, coordinating the human-chatbot conversation, reacting and responding to the human user's conversational behavior, and in certain applications, sending controlling signals to peripheral devices according to intents of the conversation, or receiving data from peripheral sensors as references to alter the course of the conversation. Furthermore, a said intelligent agent can serve as a user interface that enables human users in the vicinity of the intelligent agent to engage in an interactive three-way conversation with a chatbot and remote human users.

Programmable intelligent agents for human-chatbot communication

Growing community of inventors

Taipei, Taiwan

Fu-Chieh Chang