Volumetric Display Controller Creation -- 2

₹500000-1000000 INR

Closed

Posted 7 days ago

₹500000-1000000 INR

Paid on delivery

FPGA-Based Real-Time Laser Plasma Volumetric Display Controller Overview: I'm building a volumetric holographic display system using laser-excited plasma. The core challenge is a real-time FPGA controller that synchronizes laser pulses, galvanometer mirrors, and sensor feedback with sub-10 microsecond latency. Think Tony Stark holograms — that's the end goal. What I need built: A Verilog module that controls laser pulse timing, reads x/y/z sensor coordinates, calculates next plasma position, and drives galvo mirror signals — all within a tight real-time feedback loop. Simulation in Xilinx Vivado first, then synthesis onto FPGA hardware. You need to know: Verilog / VHDL FPGA development (Xilinx preferred) Real-time control systems Basic understanding of laser or optics systems is a plus Deliverables: Vivado project with full simulation testbench Timing verified under 10 microseconds end-to-end Clean documented code ready for hardware synthesis This is a serious research project with long-term scope. Looking for someone sharp who understands real-time hardware constraints, not just someone who writes Verilog mechanically.

Electronics

Verilog / VHDL

Microcontroller

Electrical Engineering

Project ID: 40414377

About the project

8 proposals

Remote project

Active 5 days ago

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8 freelancers are bidding on average ₹750,000 INR for this job

@vipworks

I am an expert in Shopify, WordPress, and Web Development Technologies. I can effectively create a Verilog module for your FPGA-based laser plasma volumetric display controller, ensuring synchronized timings and feedback while meeting the strict latency requirements. I’m ready to start RIGHT AWAY. Regards, Pooja

₹750,000 INR in 3 days

4.9

(344 reviews)

7.1

@kaustubhbawa123

Hi, I am an IITian , worked at fortune 500 companies. I will make it a reality for you. With 7+ years of experience I will deliver a high-quality solution using modern technologies and industry best practices. Kindly click on the chat button so we can discuss and get started. Will share you my prior projects done and my resume too. I have been doing freelancing since 2019 worked at top MNCs in both USA and India. Lets connect

₹500,000 INR in 7 days

5.0

(6 reviews)

5.3

@cesur135

As an experienced electrical engineer with a background in sophisticated industrial automation, I am confident that I have the precise skills you need to bring your ambitious volumetric display project to life. My proficiency in Verilog, VHDL, and FPGA development (Xilinx) align perfectly with your project requirements. Having tackled similarly complex real-time control systems, I am capable of ensuring sub-10 microsecond latency — a critical aspect for this project. Your mention of Tony Stark's holograms resonated with me because they illustrate the visionary abundancy that your project embodies. With deep expertise notably including electrical planning, configuration, and all-around hardware deployment, from SIEMENS to ABB PLC programs, I am certain I can deliver a reliable and optimally functioning controller for your laser-excited plasma display system. End-to-end simulation, hardware synthesis onto FPGA and subsequent verification under ten microseconds are essential steps I rigorously adhere to even in previous detailed projects like wastewater treatment automation. Lastly, my ability to adapt fluidly to new fields facilitates quick learning beyond just Verilog drafting — harnessing lasers/optics will become my newfound skillset. Let's collaborate and build something truly extraordinary!

₹500,000 INR in 40 days

4.7

(16 reviews)

5.2

@nichitav7

Hello I design deterministic FPGA control pipelines that meet sub-10µs latency by combining parallel datapaths, pipelined math, and tightly bounded I/O timing—well suited for your plasma volumetric display controller. Confirmations • Real-time loop: sensor → position compute → galvo + laser trigger fully in hardware (no CPU bottleneck) • Deterministic latency target: <10µs end-to-end (cycle-accurate budget defined upfront) • Xilinx Vivado flow (simulation → synthesis → timing closure) • Modular Verilog (timing engine, coordinate pipeline, DAC/driver interface, safety interlocks) Execution Approach • Define latency budget per stage (ADC read, filtering, coordinate transform, output drive) • Pipeline + parallelize math (fixed-point, LUT/cordic where needed) • Hardware scheduler for laser pulse + galvo sync (nanosecond-level control) • Closed-loop feedback handling with bounded jitter • Full testbench with stimulus for sensor dynamics + timing assertions Delivery / Scope • Vivado project (RTL + constraints + simulation testbench) • Timing closure report proving <10µs path • Clean, documented, synthesis-ready code • Hooks for scaling (higher voxel rate, additional axes, safety logic) Quick question: what FPGA family + ADC/DAC interfaces are you targeting, and do you already have a galvo driver spec? Regards, Nichita

₹750,000 INR in 30 days

5.0

(2 reviews)

3.0

@murtuza90

Hello, I carefully read your project description, and I’m genuinely excited about the challenge. With 13+ years of experience, I’ve worked on real-time systems and low-latency architectures, and I can confidently handle FPGA-based control using Verilog with Xilinx Vivado. I understand the critical challenge here is achieving sub-10µs latency while synchronizing laser pulses, galvo mirrors, and sensor feedback. My approach focuses on optimized pipeline design, deterministic timing, and efficient signal handling with a fully tested simulation environment. Estimated timeline: 3–5 weeks for simulation and validation. We can do this and have prepared a roadmap. Can we connect to discuss in detail? Looking forward to hearing from you. Best, Murtuza

₹750,000 INR in 7 days