Report to the Minister of Justice and Solicitor General Fatality Inquiries Act
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Reintegration Program: Does Your Organization Need to Build One?
Reintegration Program: Does Your Organization Need to Build One? About the EPS Reintegration Program Since its inception in 2009, the peer-driven EPS Reintegration Program has assisted first responders and other public safety personnel in returning to work after a critical incident or long-term absence from the workplace due to a physical or psychological injury. Members of the Reintegration Team do their work in partnership with clinicians and other stakeholders (e.g. Workers’ Compensation Board) to build the member’s return-to-work plan. The program has two streams, each with its own goal: 1. Short term. Delivered after involvement in a critical event such as, officer involved shootings, major collisions, attempted disarmings, serious assaults, fatalities and more. It is intended to be delivered post event and prior to a psychological injury. One hundred and seventy EPS members have accessed this program to date. 2. Long term. Focused on returning members to work after a physical and/or psychological injury has occurred. It is possible that there has been a leave of absence from the workplace, a need for modified duties or a possibility that they are your organization’s “Working Wounded”. Seventy-five EPS members have accessed this program to date. *In the last three years, The Reintegration Team has also worked with members in the disciplinary process on a voluntary basis. This has had the effect of helping members to feel invested in continuing to work on areas for growth while awaiting decisions from inquiries. How Does the Long Term Program Work? If dealing with a psychological injury, members will work with their clinical and reintegration team to build a personalized list of stress-inducing environments, situations, and/ or equipment (e.g. -
Efficient Algorithms with Asymmetric Read and Write Costs
Efficient Algorithms with Asymmetric Read and Write Costs Guy E. Blelloch1, Jeremy T. Fineman2, Phillip B. Gibbons1, Yan Gu1, and Julian Shun3 1 Carnegie Mellon University 2 Georgetown University 3 University of California, Berkeley Abstract In several emerging technologies for computer memory (main memory), the cost of reading is significantly cheaper than the cost of writing. Such asymmetry in memory costs poses a fun- damentally different model from the RAM for algorithm design. In this paper we study lower and upper bounds for various problems under such asymmetric read and write costs. We con- sider both the case in which all but O(1) memory has asymmetric cost, and the case of a small cache of symmetric memory. We model both cases using the (M, ω)-ARAM, in which there is a small (symmetric) memory of size M and a large unbounded (asymmetric) memory, both random access, and where reading from the large memory has unit cost, but writing has cost ω 1. For FFT and sorting networks we show a lower bound cost of Ω(ωn logωM n), which indicates that it is not possible to achieve asymptotic improvements with cheaper reads when ω is bounded by a polynomial in M. Moreover, there is an asymptotic gap (of min(ω, log n)/ log(ωM)) between the cost of sorting networks and comparison sorting in the model. This contrasts with the RAM, and most other models, in which the asymptotic costs are the same. We also show a lower bound for computations on an n × n diamond DAG of Ω(ωn2/M) cost, which indicates no asymptotic improvement is achievable with fast reads. -
Great Ideas in Computing
Great Ideas in Computing University of Toronto CSC196 Winter/Spring 2019 Week 6: October 19-23 (2020) 1 / 17 Announcements I added one final question to Assignment 2. It concerns search engines. The question may need a little clarification. I have also clarified question 1 where I have defined (in a non standard way) the meaning of a strict binary search tree which is what I had in mind. Please answer the question for a strict binary search tree. If you answered the quiz question for a non strict binary search tree withn a proper explanation you will get full credit. Quick poll: how many students feel that Q1 was a fair quiz? A1 has now been graded by Marta. I will scan over the assignments and hope to release the grades later today. If you plan to make a regrading request, you have up to one week to submit your request. You must specify clearly why you feel that a question may not have been graded fairly. In general, students did well which is what I expected. 2 / 17 Agenda for the week We will continue to discuss search engines. We ended on what is slide 10 (in Week 5) on Friday and we will continue with where we left off. I was surprised that in our poll, most students felt that the people advocating the \AI view" of search \won the debate" whereas today I will try to argue that the people (e.g., Salton and others) advocating the \combinatorial, algebraic, statistical view" won the debate as to current search engines. -
Efficient Algorithms with Asymmetric Read and Write Costs
Efficient Algorithms with Asymmetric Read and Write Costs Guy E. Blelloch1, Jeremy T. Fineman2, Phillip B. Gibbons1, Yan Gu1, and Julian Shun3 1 Carnegie Mellon University 2 Georgetown University 3 University of California, Berkeley Abstract In several emerging technologies for computer memory (main memory), the cost of reading is significantly cheaper than the cost of writing. Such asymmetry in memory costs poses a fun- damentally different model from the RAM for algorithm design. In this paper we study lower and upper bounds for various problems under such asymmetric read and write costs. We con- sider both the case in which all but O(1) memory has asymmetric cost, and the case of a small cache of symmetric memory. We model both cases using the (M, ω)-ARAM, in which there is a small (symmetric) memory of size M and a large unbounded (asymmetric) memory, both random access, and where reading from the large memory has unit cost, but writing has cost ω 1. For FFT and sorting networks we show a lower bound cost of Ω(ωn logωM n), which indicates that it is not possible to achieve asymptotic improvements with cheaper reads when ω is bounded by a polynomial in M. Moreover, there is an asymptotic gap (of min(ω, log n)/ log(ωM)) between the cost of sorting networks and comparison sorting in the model. This contrasts with the RAM, and most other models, in which the asymptotic costs are the same. We also show a lower bound for computations on an n × n diamond DAG of Ω(ωn2/M) cost, which indicates no asymptotic improvement is achievable with fast reads. -
Selected Police-Reported Crime and Calls for Service During the COVID-19 Pandemic, March 2020 to March 2021 Released at 8:30 A.M
Selected police-reported crime and calls for service during the COVID-19 pandemic, March 2020 to March 2021 Released at 8:30 a.m. Eastern time in The Daily, Tuesday, May 18, 2021 Police-reported data on selected types of crimes and calls for service during the COVID-19 pandemic from March 2020 to March 2021 are now available. Note to readers The Canadian Centre for Justice and Community Safety Statistics is conducting a special survey collection from a sample of police services across Canada to measure the impact of COVID-19 on selected types of crimes and on calls for service. Data will continue to be collected monthly until December 2021 and to be reported regularly. This is the fifth release of this special data collection by Statistics Canada. Previously published data may have been revised. For this reference period, 19 police services provided data on a voluntary basis. These police services are the Calgary Police Service, Edmonton Police Service, Halton Regional Police Service, Kennebecasis Regional Police Force, London Police Service, Montréal Police Service, Ontario Provincial Police, Ottawa Police Service, Regina Police Service, Royal Canadian Mounted Police (RCMP), Royal Newfoundland Constabulary, Saskatoon Police Service, Sûreté du Québec, Toronto Police Service, Vancouver Police Department, Victoria Police Department, Waterloo Regional Police Service, Winnipeg Police Service, and York Regional Police. Police services that responded to this survey serve more than two-thirds (71%) of the Canadian population. Although the Edmonton Police Service, Montréal Police Service, RCMP, Sûreté du Québec and Winnipeg Police Service were unable to provide data on calls for service, the police services that did provide these data serve one-third (32%) of the Canadian population. -
Practices and Procedures in Investigation of MP Across Canada
PRACTICES AND PROCEDURES IN THE INVESTIGATION OF MISSING PERSONS ACROSS CANADA: 1997 TO PRESENT A REPORT PREPARED FOR THE MISSING WOMEN COMMISSION OF INQUIRY MARCH 2012 BY ELIZABETH WELCH Statement of Purpose This report was prepared for the Missing Women Commission of Inquiry and represents information provided to the Commission from participating police agencies regarding their practices and procedures in the investigation of missing persons in 1997/1998 and currently. The report provides a fact-based analysis and a review of each participating jurisdiction’s policies. The content of the report does not necessarily reflect the views of the Commissioner and Commission staff and, in particular, no conclusions have been reached on the issues raised in this report. The purpose of this report is to provide factual information on practices and procedures in the investigation of missing persons in Canada, both past and present. It is designed to contribute to public discussion on issues within the Commission’s mandate by providing background information about police investigations. The Commission invites comments on this report by April 15, 2012 i TABLE OF CONTENTS I. Executive Summary.................................................................................................................................................. 1 II. Introduction ................................................................................................................................................................ 5 Purpose and Methodology ........................................................................................................................................ -
P Versus NP Richard M. Karp
P Versus NP Computational complexity theory is the branch of theoretical computer science concerned with the fundamental limits on the efficiency of automatic computation. It focuses on problems that appear to Richard M. Karp require a very large number of computation steps for their solution. The inputs and outputs to a problem are sequences of symbols drawn from a finite alphabet; there is no limit on the length of the input, and the fundamental question about a problem is the rate of growth of the number of required computation steps as a function of the length of the input. Some problems seem to require a very rapidly growing number of steps. One such problem is the inde- pendent set problem: given a graph, consisting of points called vertices and lines called edges connect- ing pairs of vertices, a set of vertices is called independent if no two vertices in the set are connected by a line. Given a graph and a positive integer n, the problem is to decide whether the graph contains an independent set of size n. Every known algorithm to solve the independent set problem encounters a combinatorial explosion, in which the number of required computation steps grows exponentially as a function of the size of the graph. On the other hand, the problem of deciding whether a given set of vertices is an independent set in a given graph is solvable by inspection. There are many such dichotomies, in which it is hard to decide whether a given type of structure exists within an input object (the existence problem), but it is easy to decide whether a given structure is of the required type (the verification problem). -
Iacp New Members
44 Canal Center Plaza, Suite 200 | Alexandria, VA 22314, USA | 703.836.6767 or 1.800.THEIACP | www.theIACP.org IACP NEW MEMBERS New member applications are published pursuant to the provisions of the IACP Constitution. If any active member in good standing objects to an applicant, written notice of the objection must be submitted to the Executive Director within 60 days of publication. The full membership listing can be found in the online member directory under the Participate tab of the IACP website. Associate members are indicated with an asterisk (*). All other listings are active members. Published July 1, 2021. Australia Australian Capital Territory Canberra *Sanders, Katrina, Chief Medical Officer, Australian Federal Police New South Wales Parramatta Walton, Mark S, Assistant Commissioner, New South Wales Police Force Victoria Melbourne *Harman, Brett, Inspector, Victoria Police Force Canada Alberta Edmonton *Cardinal, Jocelyn, Corporal Peer to Peer Coordinator, Royal Canadian Mounted Police *Formstone, Michelle, IT Manager/Business Technology Transformation, Edmonton Police Service *Hagen, Deanna, Constable, Royal Canadian Mounted Police *Seyler, Clair, Corporate Communications, Edmonton Police Service Lac La Biche *Young, Aaron, Law Enforcement Training Instructor, Lac La Biche Enforcement Services British Columbia Delta *Bentley, Steven, Constable, Delta Police Department Nelson Fisher, Donovan, Chief Constable, Nelson Police Department New Westminster *Wlodyka, Art, Constable, New Westminster Police Department Surrey *Cassidy, -
Use of Force in the Calgary Police Service
Use of Force in the Calgary Police Service An Independent Review conducted by The Honorable Neil Wittmann, QC for Chief Constable Roger Chaffin Calgary Police Service April 2018 Independent Review of Police Use of Force Page ii LETTER TO CHIEF CONSTABLE ROGER CHAFFIN The Honourable Neil Wittmann, QC Independent Reviewer April 30, 2018 Roger Chaffin Chief Constable Calgary Police Service 5111 47 Street NE Calgary, AB. T3J 3R2 Dear Chief Chaffin: Independent Review of Use of Force in the Calgary Police Service I am pleased to provide you with my report following the review of use of force in the Calgary Police Service. The report includes my recommendations, informed by broad consultation, in response to the Terms of Reference dated May 16, 2017. I would like to thank you for the opportunity to lead this Review. I hope that the Calgary Police Service will find the recommendations useful in its efforts to improve its practices in respect of use of force. Sincerely, Neil Wittmann, QC Independent Review of Police Use of Force Page iii TABLE OF CONTENTS LIST OF TABLES ..................................................................................................................... ix LIST OF FIGURES .................................................................................................................... x ACRONYMS AND ABBREVIATIONS ........................................................................................ xi ACKNOWLEDGEMENTS ....................................................................................................... -
Police Resources in Canada, 2019
Catalogue no. 85-002-X ISSN 1209-6393 Juristat Police resources in Canada, 2019 by Patricia Conor, Sophie Carrière, Suzanne Amey, Sharon Marcellus and Julie Sauvé Release date: December 8, 2020 How to obtain more information For information about this product or the wide range of services and data available from Statistics Canada, visit our website, www.statcan.gc.ca. You can also contact us by email at [email protected] telephone, from Monday to Friday, 8:30 a.m. to 4:30 p.m., at the following numbers: • Statistical Information Service 1-800-263-1136 • National telecommunications device for the hearing impaired 1-800-363-7629 • Fax line 1-514-283-9350 Depository Services Program • Inquiries line 1-800-635-7943 • Fax line 1-800-565-7757 Standards of service to the public Note of appreciation Statistics Canada is committed to serving its clients in a prompt, Canada owes the success of its statistical system to a reliable and courteous manner. To this end, Statistics Canada has long-standing partnership between Statistics Canada, the developed standards of service that its employees observe. To citizens of Canada, its businesses, governments and other obtain a copy of these service standards, please contact Statistics institutions. Accurate and timely statistical information could not Canada toll-free at 1-800-263-1136. The service standards are be produced without their continued co-operation and goodwill. also published on www.statcan.gc.ca under “Contact us” > “Standards of service to the public.” Published by authority of the Minister responsible for Statistics Canada © Her Majesty the Queen in Right of Canada as represented by the Minister of Industry, 2020 All rights reserved. -
Ialep Exchange Volume 1 Spring 2019
http://www.IALEP.org IALEP EXCHANGE VOLUME 1 SPRING 2019 Executive Board President Message from the IALEP President Margaret Gloade Waterloo Regional Police Service Waterloo, Ontario, Canada Margaret Gloade, Waterloo Regional Police Service Executive Vice President Beth Morton Athens-Clarke County Police Athens, Georgia I am honored and privileged to be serving as your IALEP Staff Vice President Cassie Johnson President in 2019. I am also super excited about all the Scottsdale Police Department Scottsdale, Arizona initiatives that are underway! As you have probably already Past President Teresa Bowling heard, there is lots going on: Columbus Division of Police Columbus, Ohio Secretary Newsletter Editor Reduced annual IALEP membership fee of $50 this year Lisa Drum [email protected] Hickory Police Department Continued partnership and free access for all members to Hickory, North Carolina Treasurer the Justice Clearinghouse webinars and resources Will Davis Scottsdale Police Department A fabulous new IALEP website, with capabilities for online Scottsdale, Arizona Associate Treasurer financial transactions Cathie Gura Chandler Police Department Chandler, Arizona Preparations underway for an amazing training conference Repository Director in Cleveland, themed around “Relationships” Todd Stoker Kansas City Police Department Kansas City, Missouri Committees actively working on new initiatives for Training & Certification Director communications, attracting new members, updates to the bylaws and conference Barry Horrobin Windsor Police -
Selected Police-Reported Crime and Calls for Service During the COVID-19 Pandemic, March 2020 to June 2021 Released at 8:30 A.M
Selected police-reported crime and calls for service during the COVID-19 pandemic, March 2020 to June 2021 Released at 8:30 a.m. Eastern time in The Daily, Tuesday, August 10, 2021 Police-reported data on selected types of crimes and calls for service during the COVID-19 pandemic from March 2020 to June 2021 are now available. Note to readers The Canadian Centre for Justice and Community Safety Statistics is conducting a special survey collection from a sample of police services across Canada to measure the impact of COVID-19 on selected types of crimes and calls for service. Data will continue to be collected monthly until December 2021, and will continue to be reported regularly. This is the seventh release of this special data collection by Statistics Canada. Previously published data may have been revised. For this reference period, 19 police services provided data on a voluntary basis. These police services are the Calgary Police Service, Edmonton Police Service, Halton Regional Police Service, Kennebecasis Regional Police Force, London Police Service, Montréal Police Service, Ontario Provincial Police, Ottawa Police Service, Regina Police Service, Royal Canadian Mounted Police (RCMP), Royal Newfoundland Constabulary, Saskatoon Police Service, Sûreté du Québec, Toronto Police Service, Vancouver Police Department, Victoria Police Department, Waterloo Regional Police Service, Winnipeg Police Service, and York Regional Police. Police services that responded to this survey serve more than two-thirds (71%) of the Canadian population. The Edmonton Police Service, Montréal Police Service, RCMP, Sûreté du Québec and Winnipeg Police Service were unable to provide data on calls for service; as a result, the police services that did provide these data serve nearly one-third (32%) of the Canadian population.