Slide 1 of 7
Slide 1 - Ramp-Up Plan: System Understanding
Ramp-Up Plan: System Understanding
Don Waltman Plan - Confidential
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Photo by Nastuh Abootalebi on Unsplash
System Architecture Ramp-Up Plan
Generated from prompt:
Create a professional PowerPoint presentation titled 'Ramp-Up Plan: System Understanding'. Include: Slide 1: Title slide with subtitle 'Don Waltman Plan - Confidential'. Slide 2: Objective - brief statement about understanding system architecture, components, and data flow. Slide 3: System Components Overview - split into Infrastructure (Site Server, Network Switch, Global Clocking), Sensor Stack (BLE IC, FPGA, SDR Pipeline, ST MCU), Connectivity (Networking, Bluetooth, AoA Basics). Slide 4: High-Level Architecture Diagram - visual diagram showing Site Server -> Network Switch -> Sensor nodes; inside sensor show BLE IC, FPGA, SDR pipeline, MCU; include arrows for data flow. Slide 5: FPGA External Interfaces - SDR/ADC, MCU Register Interface, Clocking, Antenna Switching, RF Gain Control. Slide 6: FPGA Internal Architecture Diagram - block diagram with ADC interface, sample buffers, AGC logic, clocking/sync, register interface, antenna control. Slide 7: Key Takeaways - 3-5 concise bullets. Design: clean corporate style, minimal text, icons, and diagrams. Include simple but clear architecture diagrams using shapes and arrows.
A comprehensive ramp-up guide for understanding the system's architecture, core components (BLE sensors, FPGA, SDR pipeline, MCU), data flow from sensor capture to server processing, key interfaces, and high-level diagrams to build foundational techs
April 6, 20267 slides
Slide 2 of 7
Slide 2 - Objective
- Gain comprehensive knowledge of the system architecture and its core components.
- Understand the end-to-end data flow from sensor capture to server processing.
- Establish a foundational understanding of the underlying technologies and interfaces.
Slide 3 of 7
Slide 3 - System Components Overview
Infrastructure & Sensors Infrastructure: Site Server, Network Switch, Global Clocking
Sensor Stack: BLE IC, FPGA, SDR Pipeline, ST MCU
Connectivity Networking Bluetooth AoA (Angle of Arrival) Basics
Slide 4 of 7
Slide 4 - High-Level Architecture Diagram
- Site Server communicates with multiple Sensor nodes via Network Switch.
- Sensor nodes integrate BLE IC, FPGA, SDR Pipeline, and MCU.
- Data flows from the radio interface through the SDR pipeline and MCU to the server.
Slide 5 of 7
Slide 5 - FPGA External Interfaces
- SDR / ADC: High-speed data acquisition interface.
- MCU Register Interface: Control and status communication.
- Clocking: System synchronization and timing references.
- Antenna Switching: Control for multi-antenna arrays.
- RF Gain Control: Dynamic range and signal optimization.
Slide 6 of 7
Slide 6 - FPGA Internal Architecture Diagram
- ADC Interface feeds raw data into sample buffers.
- AGC Logic optimizes signal levels before processing.
- Clocking/Sync ensures coherent data sampling.
- Register Interface facilitates communication with external MCU.
- Antenna Control manages spatial signal acquisition.
Slide 7 of 7
Slide 7 - Key Takeaways
- Architecture clarity is critical for development and debugging.
- Efficient data flow between sensor and server is the foundation of performance.
- FPGA flexibility allows for rapid iteration and system simulation.
- Mastering interfaces is the primary step toward full system control.
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