Chapter 3: Open-Pit Mine - RF Planning, Design, and Installation.Multi-Frequency Architecture for Medium and Large Mine Deployments.Single-Frequency Architecture for Small Mine Deployments.Configuring CURWB to support Multicast Traffic.On-board Radio Redundancy - Failover and Recovery.Mesh-End Backhaul Check – Handoff Inhibition.Link Backhaul Check – Handoff Inhibition.CURWB Access Layer - Fast Convergence on Failure.FM1000 Mesh End Redundancy and TITAN Fast-Failover.Catalyst-9500 StackWise Virtual High-Availability.Selection of “best” Infrastructure unit.CURWB Fluidity Advanced - Large Network Optimization.Fluidity Advanced Handoff Tuning for Vehicle Radio Units.CURWB Mobility Architecture – Layer 2 Fluidity.CURWB Fixed Infrastructure - Wireless Backhaul for Mine Deployments.Design Considerations for CURWB PtP and PtMP Wireless Backhaul.CURWB Fixed Infrastructure – Wireless Backhaul.CURWB - Terminology and miscellaneous configurations.FM-Monitor – Centralized Management of CURWB Infrastructure.Cisco IE3400H Heavy Duty Industrial Switch.Cisco IE3x00 Rugged Industrial Switches.Catalyst 9500 Distribution/Core Layer Switch.Cisco Catalyst 9300 Access Layer Switch.TITAN – Hardware Redundancy and High-Availability.Cisco Ultra-Reliable Wireless Backhaul (CURWB) Overview.Chapter 2: CURWB Architecture to support Autonomous and Tele-Remote Operations within Open-Pit Mines.Network Management and Maintenance Requirements.Command for Hauling – Network Requirements.Caterpillar MineStar® Command for Hauling.Advantages of Autonomous / Semi-Autonomous Mining Operations.Objectives and Challenges in the Mining Industry.Chapter 1: Autonomous and Tele-Remote Operations in Open-Pit Mining.

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