A Smart Crime-Curbing System - Revision history

Pinfold at 04:11, January 2, 2025

2025-01-02T04:11:11Z

← Older revision		Revision as of 04:11, January 2, 2025
Line 7:		Line 7:
	\|status=Concept only Stage		\|status=Concept only Stage
	\|description=Build a connected, real-time system to help curb crimes in urban areas, integrate real-time response with predictive policing, and standardize procedures for emergency response. Involve city, police, public safety officials, application developers, electrical power board, enterprise center, company lab, and citizens.		\|description=Build a connected, real-time system to help curb crimes in urban areas, integrate real-time response with predictive policing, and standardize procedures for emergency response. Involve city, police, public safety officials, application developers, electrical power board, enterprise center, company lab, and citizens.
	\|challenges=* Creating a reliable and resilient network to enable real-time communication between citizen and public safety officials		\|challenges=
			* Creating a reliable and resilient network to enable real-time communication between citizen and public safety officials
	* Locating individuals needing help based on GPS or wireless mesh network		* Locating individuals needing help based on GPS or wireless mesh network
	* Integrating real-time response with predictive policing		* Integrating real-time response with predictive policing
Line 13:		Line 14:
	* Developing application within allowance of regulation		* Developing application within allowance of regulation
	\|solutions=TBD		\|solutions=TBD
	\|requirements=* Assemble project team		\|requirements=
			* Assemble project team
	* Decide on the project scope and high-level requirements		* Decide on the project scope and high-level requirements
	* Develop the system architecture; gain support from city and buy-in from the community partners		* Develop the system architecture; gain support from city and buy-in from the community partners
Line 23:		Line 25:
	* Average actual occurrence of crimes		* Average actual occurrence of crimes
	* Crime reduction in designated areas of the city (by 10%)		* Crime reduction in designated areas of the city (by 10%)
	\|measurement=* Measurement of response time in seconds over 3-6 month period, compared to baseline		\|measurement=
			* Measurement of response time in seconds over 3-6 month period, compared to baseline
	* Measurement of crime occurrence over past years		* Measurement of crime occurrence over past years
	\|standards=* Requires interoperable communication interface among heterogeneous network and devices		\|standards=* Requires interoperable communication interface among heterogeneous network and devices
Line 30:		Line 33:
	* They system will be sponsored by city and community		* They system will be sponsored by city and community
	\|cybersecurity=TBD		\|cybersecurity=TBD
	\|impacts=* Reduction of reported crime response time		\|impacts=
			* Reduction of reported crime response time
	* Reduction in crime occurrence		* Reduction in crime occurrence
	* Improvement in public safety and therefore quality of living		* Improvement in public safety and therefore quality of living

Pinfold at 20:17, January 24, 2023

2023-01-24T20:17:50Z

← Older revision		Revision as of 20:17, January 24, 2023
Line 39:		Line 39:
	Phase II Deployment:		Phase II Deployment:
	* Real-time working application tied to university campus and city police system on city-wide scale, supporting over 50% of the city.		* Real-time working application tied to university campus and city police system on city-wide scale, supporting over 50% of the city.
			\|chapter=Law and Order
	\|supercluster=Public Safety		\|supercluster=Public Safety
	\|year=2016		\|year=2016

Pinfold at 09:44, March 19, 2022

2022-03-19T09:44:23Z

← Older revision		Revision as of 09:44, March 19, 2022
Line 1:		Line 1:
	{{ActionCluster		{{ActionCluster
	\|image=Chattanooga.jpg		\|image=Chattanooga.jpg
	\|team=Electrical Power Board (EPB), Chattanooga Enterprise Center, CoLab, UTC Police, UTC CSE department~~<!--~~		\|team=Electrical Power Board (EPB), Chattanooga Enterprise Center, CoLab, UTC Police, UTC CSE department
	\|leader=Li Yang		\|leader=Li Yang
	\|imagecaption=Chattanooga		\|imagecaption=Chattanooga

Pinfold at 09:37, March 19, 2022

2022-03-19T09:37:14Z

← Older revision		Revision as of 09:37, March 19, 2022
Line 1:		Line 1:
	{{ActionCluster		{{ActionCluster
			\|image=Chattanooga.jpg
	\| ~~title~~ = ~~A Smart Crime-Curbing System~~		\|team=Electrical Power Board (EPB), Chattanooga Enterprise Center, CoLab, UTC Police, UTC CSE department<!--
			\|leader=Li Yang
	\| team = Electrical Power Board (EPB), Chattanooga Enterprise Center, CoLab, UTC Police, UTC CSE department		\|imagecaption=Chattanooga
			\|municipalities=Chattanooga TN
	<!-- ~~\| leader = [mailto:Li-Yang@utc.edu Li Yang] -->~~		\|status=Concept only Stage
	~~\| email = Li-Yang@utc.edu~~		\|description=Build a connected, real-time system to help curb crimes in urban areas, integrate real-time response with predictive policing, and standardize procedures for emergency response. Involve city, police, public safety officials, application developers, electrical power board, enterprise center, company lab, and citizens.
	\| leader = Li Yang		\|challenges=* Creating a reliable and resilient network to enable real-time communication between citizen and public safety officials
	~~\| image = Chattanooga.jpg~~
	\| imagecaption = Chattanooga
	\| municipalities = Chattanooga TN


	\| status = Concept only Stage
	~~\| website =~~
	~~\| download =~~

	\| description =
	Build a connected, real-time system to help curb crimes in urban areas, integrate real-time response with predictive policing, and standardize procedures for emergency response. Involve city, police, public safety officials, application developers, electrical power board, enterprise center, company lab, and citizens.

	\| challenges =
	* Creating a reliable and resilient network to enable real-time communication between citizen and public safety officials
	* Locating individuals needing help based on GPS or wireless mesh network		* Locating individuals needing help based on GPS or wireless mesh network
	* Integrating real-time response with predictive policing		* Integrating real-time response with predictive policing
	* Implementing university campus police systems with city police systems		* Implementing university campus police systems with city police systems
	* Developing application within allowance of regulation		* Developing application within allowance of regulation
			\|solutions=TBD
			\|requirements=* Assemble project team
	\| solutions =


	\| requirements =
	* Assemble project team
	* Decide on the project scope and high-level requirements		* Decide on the project scope and high-level requirements
	* Develop the system architecture; gain support from city and buy-in from the community partners		* Develop the system architecture; gain support from city and buy-in from the community partners
Line 38:		Line 19:
	* Build an application development team, understand existing communication infrastructure, identify hardware and software requirements and constraints, identify law enforcement district for development of a pilot and testing program		* Build an application development team, understand existing communication infrastructure, identify hardware and software requirements and constraints, identify law enforcement district for development of a pilot and testing program
	* Implement the project and run pilot for two months		* Implement the project and run pilot for two months
			\|kpi=* Average response time of an incident


	\| kpi =
	* Average response time of an incident
	* Average time to handle crime report		* Average time to handle crime report
	* Average actual occurrence of crimes		* Average actual occurrence of crimes
	* Crime reduction in designated areas of the city (by 10%)		* Crime reduction in designated areas of the city (by 10%)
			\|measurement=* Measurement of response time in seconds over 3-6 month period, compared to baseline
			* Measurement of crime occurrence over past years
			\|standards=* Requires interoperable communication interface among heterogeneous network and devices
	\| measurement =
	* Measurement of response time in seconds over 3-6 month period, compared to baseline
	* Measurement of crime occurrence over past years


	\| standards =
	* Requires interoperable communication interface among heterogeneous network and devices
	* Establishes standardized procedures for response to crime report		* Establishes standardized procedures for response to crime report
	* Interoperable interface, standardized process, and off-shelf hardware can be replicated and scaled up in multiple communities and cities.		* Interoperable interface, standardized process, and off-shelf hardware can be replicated and scaled up in multiple communities and cities.
	* They system will be sponsored by city and community		* They system will be sponsored by city and community
			\|cybersecurity=TBD
			\|impacts=* Reduction of reported crime response time
	\| cybersecurity =


	\| impacts =
	* Reduction of reported crime response time
	* Reduction in crime occurrence		* Reduction in crime occurrence
	* Improvement in public safety and therefore quality of living		* Improvement in public safety and therefore quality of living
	* Community acceptance and adoption of smart technologies to improve public safety, and transfer the effective model to other cities		* Community acceptance and adoption of smart technologies to improve public safety, and transfer the effective model to other cities
			\|demonstration=Phase I Pilot:




	\| demonstration =
	Phase I Pilot:
	* Simulation of communication and response, analysis of historical open data such as 911 calls, permit data, a prototype that allows communication between citizen to law enforcement in certain areas.		* Simulation of communication and response, analysis of historical open data such as 911 calls, permit data, a prototype that allows communication between citizen to law enforcement in certain areas.

	Phase II Deployment:		Phase II Deployment:
	* Real-time working application tied to university campus and city police system on city-wide scale, supporting over 50% of the city.		* Real-time working application tied to university campus and city police system on city-wide scale, supporting over 50% of the city.
			\|supercluster=Public Safety
	\| supercluster = Public Safety		\|year=2016
	\| year = 2016		\|title=A Smart Crime-Curbing System
			\|email=Li-Yang@utc.edu
	}}		}}

Pinfold at 19:24, March 12, 2022

2022-03-12T19:24:05Z

← Older revision		Revision as of 19:24, March 12, 2022
Line 10:		Line 10:
	\| image = Chattanooga.jpg		\| image = Chattanooga.jpg
	\| imagecaption = Chattanooga		\| imagecaption = Chattanooga
	\| municipalities = Chattanooga, TN		\| municipalities = Chattanooga TN

Pinfold: 1 revision imported

2021-10-31T20:44:20Z

1 revision imported

← Older revision		Revision as of 20:44, October 31, 2021
(No difference)

en>Ocadmin at 04:42, March 23, 2020

2020-03-23T04:42:22Z

New page

{{ActionCluster

| title = A Smart Crime-Curbing System

| team = Electrical Power Board (EPB), Chattanooga Enterprise Center, CoLab, UTC Police, UTC CSE department


| email = Li-Yang@utc.edu
| leader = Li Yang
| image = Chattanooga.jpg
| imagecaption = Chattanooga
| municipalities = Chattanooga, TN

| status = Concept only Stage
| website =
| download =

| description =
Build a connected, real-time system to help curb crimes in urban areas, integrate real-time response with predictive policing, and standardize procedures for emergency response. Involve city, police, public safety officials, application developers, electrical power board, enterprise center, company lab, and citizens.

| challenges =
* Creating a reliable and resilient network to enable real-time communication between citizen and public safety officials
* Locating individuals needing help based on GPS or wireless mesh network
* Integrating real-time response with predictive policing
* Implementing university campus police systems with city police systems
* Developing application within allowance of regulation

| solutions =

| requirements =
* Assemble project team
* Decide on the project scope and high-level requirements
* Develop the system architecture; gain support from city and buy-in from the community partners
* Simulate project scenario to determine feasibility
* Build an application development team, understand existing communication infrastructure, identify hardware and software requirements and constraints, identify law enforcement district for development of a pilot and testing program
* Implement the project and run pilot for two months

| kpi =
* Average response time of an incident
* Average time to handle crime report
* Average actual occurrence of crimes
* Crime reduction in designated areas of the city (by 10%)

| measurement =
* Measurement of response time in seconds over 3-6 month period, compared to baseline
* Measurement of crime occurrence over past years

| standards =
* Requires interoperable communication interface among heterogeneous network and devices
* Establishes standardized procedures for response to crime report
* Interoperable interface, standardized process, and off-shelf hardware can be replicated and scaled up in multiple communities and cities.
* They system will be sponsored by city and community

| cybersecurity =

| impacts =
* Reduction of reported crime response time
* Reduction in crime occurrence
* Improvement in public safety and therefore quality of living
* Community acceptance and adoption of smart technologies to improve public safety, and transfer the effective model to other cities

| demonstration =
Phase I Pilot:
* Simulation of communication and response, analysis of historical open data such as 911 calls, permit data, a prototype that allows communication between citizen to law enforcement in certain areas.

Phase II Deployment:
* Real-time working application tied to university campus and city police system on city-wide scale, supporting over 50% of the city.

| supercluster = Public Safety
| year = 2016

}}