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View Track: IT/IP | |||||||||||
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IT/IP | |||||||||||
| Tuesday, March 23, 2010 | |||||||||||
The first in a series of PSN (Physical Security Network) educational programs to provide in-depth IP convergence training on a complete integrated security solution—Video, Access Control, Storage and more. This full-day course provides information on the latest trends, best practices, and new technologies involved in the design, implementation and support of IP-centric and integrated physical security solutions. Course Benefits Earn your PSNA—Professional Security Network Associate—certificate with this one day seminar. Become versed in the design, development and implementation of a single, seamless IP based security solution that fully integrates core physical security solutions. Enhance your arsenal of services by being able to offer customers truly integrated solutions. Who Should Attend? Security dealers, system integrators, and VAR's who are currently involved in or entering into the IP or integrated physical security market End-users involved in the design, implementation, support, or procurement of IP or integrated physical security systems Related engineering, sales, and technical personnel. Speaker: Jim Gompers - President, Gompers Inc. | |||||||||||
The second in a series of PSN (Physical Security Network) educational programs to provide in-depth IP convergence training on a complete integrated security system - Video, Access Control, Storage and more. This two-day course provides participants with in-depth lessons, exercises and discussions on taking real world IP-centric security solutions from conception through a fully integrated system. The participants will learn about design and requirements for networking, IP video, access control, common credential, data bases, and a bonus custom application utilizing API’s and SDK’s. Course Benefits Earn your PSNP—Professional Security Network Professional—certificate with this two day educational program. Gain the understanding in the design, development and requirements of a truly integrated and efficient IP based security solution. Realize the advantage over the competition of what it takes to be a world class integrator or peer leader in your enterprise by taking integration and convergence to a new level of efficiency. Who Should Attend? Security dealers, system integrators, and VAR's who are currently involved in or engaging in the IP or integrated physical security market. End-users involved in the design, implementation, support, or procurement of IP or integrated physical security systems. Related engineering, sales, and technical personnel. Speaker: Jim Gompers - President, Gompers Inc. | |||||||||||
| Wednesday, March 24, 2010 | |||||||||||
The second in a series of PSN (Physical Security Network) educational programs to provide in-depth IP convergence training on a complete integrated security system - Video, Access Control, Storage and more. This two-day course provides participants with in-depth lessons, exercises and discussions on taking real world IP-centric security solutions from conception through a fully integrated system. The participants will learn about design and requirements for networking, IP video, access control, common credential, data bases, and a bonus custom application utilizing API’s and SDK’s. Course Benefits Earn your PSNP—Professional Security Network Professional—certificate with this two day educational program. Gain the understanding in the design, development and requirements of a truly integrated and efficient IP based security solution. Realize the advantage over the competition of what it takes to be a world class integrator or peer leader in your enterprise by taking integration and convergence to a new level of efficiency. Who Should Attend? Security dealers, system integrators, and VAR's who are currently involved in or engaging in the IP or integrated physical security market. End-users involved in the design, implementation, support, or procurement of IP or integrated physical security systems. Related engineering, sales, and technical personnel. Speaker: Jim Gompers - President, Gompers Inc. | |||||||||||
Learn best practices for implementing networks to support IP video for security and surveillance solutions. This presentation identifies the common issues with deploying video on data networks, and the common concerns raised by corporate IT departments. A panel discussion will introduce best practice methods to address both technical and policy concerns. Learning Objectives: 1. Understand the common technical and policy challenges with deploying video on networks. 2. Understand the best practices that address the technical and policy issues with network video. Speaker: Mike Mathes - Vice President of Business Development, Convergint Technologies Michael Schmitz - Product Line Manager for IP Video Surveillance, D-Link Systems, Inc. David Yue - Solutions Engineer, Sony Electronics, Inc. Tom Galvin - VP of Product Management, GVI Security | |||||||||||
Wireless networks can be designed with mainly three different topologies: point-to-point, point-to-multipoint and mesh. All the aforementioned topologies have advantages depending on the specific application and site we are working on. Lately wireless networks based on the mesh topology have gained a lot of traction in security and CCTV applications because of the absence of any single point of failure, and because of their intrinsic reliability and redundancy. On the other hand, point to point links, and point to multipoint networks are still very common in smaller applications, or in sites where we are unable to create multiple wireless paths for data and video streams. Learning Objectives: 1. Discover more about different wireless network topologies. 2. Understand the advantages of mesh architecture proving the basis to successfully design mesh-based wireless video-surveillance systems. 3. Analyze case studies involving innovative mesh-based wireless CCTV systems in real-life scenarios, like municipalities, seaports and airports. 4. Provide an overview on the design of a video surveillance system Speaker: Cosimo Malesci - VP of Marketing, Fluidmesh Networks Inc. | |||||||||||
Do you need to transfer your surveillance systems from analog technology to digital/IP technology? Maybe you're wondering about the benefits of digital and networked surveillance system, or about the basic components of an IP surveillance system. How can you successfully implement a video surveillance project to ensure that your business objectives are met in the most cost-effective way? Join Karenne Smith, founder and lead strategist of Sierra Intelligence Technologies, as she answers your most burning questions on video surveillance projects. Learning Objectives: 1. Understand the value of digital surveillance 2. Understand the components of an IP-based surveillance system 3. Learn how to plan a successful IP surveillance implementation Speaker: Karenne Smith - Security Consultant, Sierra Intelligence Technologies, LLC | |||||||||||
| Thursday, March 25, 2010 | |||||||||||
If you're considering or are already implementing IP Video Surveillance on a converged enterprise network, you won't want to miss this valuable session. Joel King will introduce how video encoding, resolution, image quality, and frames per second influence the demands for network bandwidth and service level requirements of the LAN/WAN. Participants will learn how IP Video Surveillance (IPVS), and other forms of network based video, can be integrated into an enterprise Quality of Service (QoS) model. He'll also examine branch and campus deployment models using network segmentation techniques such as VLANS, VrF lite, Layer-2 MPLS and IPSec encryption of IPVS traffic. Additionally he'll review how network services such as Power over Ethernet (PoE), Cisco Discovery Protocol (CDP), Network Time Protocol (NTP), syslog and Simple Network Management Protocol (SNMP) are fundamental requirements for IPVS. Learning Objectives: 1. Describe how IP Video Surveillance (IPVS) can be integrated into an enterprise QoS model. 2. Determine the IP network services that can be leveraged by IPVS deployments 3. Identify the network virtualization techniques that can be used to segment and secure IPVS traffic. Speaker: Joel King - Technical Leader, Cisco Systems | |||||||||||
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