Subject: REQUIREMENTS 100% Proven Optical Simulation (15cm Projection - ASKA3D + RK3566) ​Hi, ​I am looking for a professional optical simulation to guarantee 100% success for a holographic wearable prototype. I need the mathematical certainty that this d

@LiveExperts

Hello, With my background in electrical and mechanical engineering, coupled with extensive experience in product design and simulation, I believe I am the right professional to handle your optical simulation needs. My proficiency in image processing will prove invaluable in ensuring that the holographic wearable prototype you envision functions to perfection. Moreover, as part of Live Experts, we have developed a reputation for delivering precision and exceeding client expectations. We understand the intricacies required when working with cutting-edge technologies like ASKA3D/DCRA, having completed similar complex projects successfully in the past. Above all, I value open communication and a collaborative approach to project completion. I am committed to providing you not only with accurate simulations but also comprehensive documentation down to precise assembly coordinates you require. So let's move forward, guaranteeing mathematical certainty and progress from concept to construction with unmistakable accuracy. Thanks!

@AwaisChaudhry

Hello, I understand you need a 100% proven optical simulation for a holographic wearable prototype using ASKA3D DCRA and RK3566, with a folded optical path to project a sharp 6-inch image 15 cm above the surface. I will model the entire chain in Zemax, verify the folded path with internal mirrors, and deliver an exact, assembly-ready solution. My approach: create a complete Zemax model and supporting geometry, generate original Zemax source files (.zmx), provide precise X,Y,Z coordinates and tilt angles for the display, mirrors, and ASKA3D plate, and supply a 3D visualization showing the hologram floating 15 cm above the arm with touch mapping. I will validate optical performance at the 15 cm focal point, ensure brightness and sharpness, and document tolerances, alignment procedures, and assembly steps suitable for your team. The deliverables will include the full Zemax project, exact coordinates, proof of performance data, and a 3D render. Please confirm if you want the Zemax model to include manufacturing tolerances and alignment tolerances for both the folded path and the ASKA3D plate at 15 cm. Best regards, Muhammad Awais

@markoa7

Hello, I’ve reviewed the optical requirements for the 15 cm projection holographic wearable using ASKA3D DCRA and RK3566. I can provide a folded optics simulation that validates the 15 cm floating image, with exact assembly coordinates and a usable Zemax file set. My plan is to model the folded path with internal mirrors, verify field performance at 6-inch viewing, and generate a 3D visualization showing the hologram above the arm with touch mapping. I will deliver the original Zemax project (.zmx), precise X/Y/Z and tilt values for each component, and a performance proof that meets the target brightness and sharpness at the focal point. What level of tolerance and assembly precision do you expect for the Zemax model and ASKA3D/DCRA alignment to guarantee the 100% functional proof, and will you provide the ASKA3D tolerances and panel specifications? Best regards, Marko Aleksic

@MrRifat

Hi, I have strong experience in 3D visualization, technical modeling, and precision-based product development workflows. Your requirement for a mathematically verified 15cm floating holographic projection using ASKA3D (DCRA) with folded optics is clear and technically structured. I can support you with: - Folded optical path 3D design (mirror-based compact wearable layout) - Precise X, Y, Z positioning and tilt angle documentation - Full 3D mechanical + optical alignment visualization - Photorealistic render showing the 6-inch hologram floating 15cm above the arm with ToF interaction area - Assembly-ready dimension drawings for manufacturing coordination I understand that this project requires exact coordinates and verifiable simulation outputs before hardware investment. My workflow focuses on accuracy, structured modeling, and clear documentation to support engineering validation and team review. Let’s connect to discuss system constraints (bracelet size limits, display thickness, mirror type, plate dimensions) so I can structure the simulation layout accordingly. Regards, Salah

@hayat38402

Hi, how are you doing? I went through your project description and I can help you in your project. your project requirements perfectly match my expertise. We are a team of Expert Mechanical design Engineers, we have successfully completed 1000+ Projects for multiple regular clients from OMAN, UK, USA, Australia, Canada, France, Germany, Lebanon and many other countries. We are providing our services in following areas:  FEA analysis  CFD analysis  Thermal analysis  Structural analysis  HVAC and Heat load calculation We are proficient in using following software’s:  AUTOCAD  SOLIDWORKS  ABAQUS  ANSYS Fluent  MATLAB/SIMULINK  COMSOL Multiphysics  CATIA  FUSION360 We have good command over REPORT WRITING, we can show you many samples of our previous reports. We can discuss further details in the message box.

@Avatarist

Greetings, I’ve Carefully Reviewed your Project Description "Subject: REQUIREMENTS 100% Proven Optical Simulation (15cm Projection - ASKA3D + RK3566) ​Hi, ​I am ", and I’m Confident that my Skills and Experience align perfectly with what you’re looking for. With Strong Expertise in: * Graphic Design * Illustration & Caricatures * Animation * CAD Drafting & Floor Plans * PE Stamps (where applicable) I focus on delivering High-Quality, Detail-Oriented work that meets both Creative and Technical Standards. My goal is always to ensure Smooth Communication, Timely Delivery, and Complete Client Satisfaction. You will receive: ✔ Professional and polished output ✔ Required file formats (PSD, AI, JPEG, PNG, PDF, MP4, etc.) ✔ Revisions to ensure the Final Result meets your Expectations ✔ Clear and prompt communication throughout the project I maintain a strong 5-star client satisfaction record and prioritize long-term professional relationships. You can view my portfolio here: https://www.freelancer.com/u/Avatarist I’d love to Discuss your project further and understand your vision in more detail. Let’s connect and get started! Best regards, Avatarist

@ArtisticQueens

Hello There, I’ve carefully read through your project description and understand your requirement for “Subject: REQUIREMENTS 100% Proven Optical Simulation (15cm Projection - ASKA3D + RK3566) ​Hi, ​I am looking for a professional optical simulation to guarantee 100% success for a holographic wearable prototype. I need the mathematical certainty that this d”. I’m Sabina, a seasoned artist/designer with a decade of professional experience, dedicated to producing clean, engaging, and high-quality work. I’ve previously completed similar projects using Image Processing, Product Design, Mechanical Engineering, Simulation, 3D Visualization, Zemax, Electrical Engineering, Electronics and 3D Rendering, following a step-by-step workflow that ensures consistency and timely delivery. Portfolio link for reference: https://www.freelancer.com/u/ArtisticQueens My working approach includes: • Requirement analysis • Initial design/concept submission • Feedback-based revisions • Final asset delivery I’m confident this can be completed within your expected timeframe at a reasonable cost. I’d be glad to discuss further. Best regards, Cartoon & Comics

@peconsultation

Hello, With extensive experience in 3D visualization and product design, I am well equipped to manage your complex optical modeling project with the mathematical precision it demands. My background spans architectural, structural, and mechanical systems, ensuring functional accuracy and coordinated assemblies. Additionally, my knowledge of electrical engineering and optics allows me to confidently work with precise coordinates, angular calculations, and ASKA3D/DCRA-based simulation requirements. I understand the importance of validating feasibility before hardware investment, so I will provide complete documentation, including .zmx files and verified assembly data. You can rely on my detail-oriented, results-driven approach to deliver accurate, simulation-ready models that meet your technical expectations.

@draganm59

Hi, I am excited to submit my proposal for your holographic wearable prototype project. With extensive experience in optical simulation and product design, I am confident in delivering the 100% proven results you seek. I deeply understand the intricacies of using ASKA3D Dihedral Corner Reflector Array technology and have successfully employed Zemax for similar projects in the past. Your project’s emphasis on precision and functionality aligns perfectly with my expertise. I have a solid background in electronics, 3D rendering, and mechanical engineering, ensuring a comprehensive approach to the simulation and design process. My skills in image processing and simulation will be crucial in achieving the sharp and distortion-free projection you require. My approach involves creating a detailed folded optics simulation to meet the 15cm projection requirement. I will deliver the original .zmx files along with precise assembly coordinates to facilitate seamless integration. Additionally, I will provide a 3D visualization to ensure that the hologram’s interaction capabilities are visually and functionally effective. Could you share more about any specific constraints or preferences you might have regarding the design? Also, are there any particular challenges you foresee that we should address during the simulation phase? I look forward to the opportunity to bring your vision to life with mathematical certainty and precision. Best regards, Dragan M.

@tetianam8

⭐⭐⭐⭐⭐ I can support a Zemax-based optical design for a 6" floating image at 15 cm, including a folded path and full .zmx handoff—but I want to be transparent: no one can ethically guarantee “100% success” before hardware without tolerancing + verification, because coatings, plate efficiency, display angular output, and alignment drive final sharpness/brightness. What I can deliver is a production-grade simulation package your team can build from: Milestone 1 – Requirements lock + source model (display luminance/NA, eye box, FOV) Milestone 2 – Folded optical path concept + baseline Zemax model (.zmx) Milestone 3 – Performance proof: MTF/spot, distortion, illumination at 15 cm + ghost review Milestone 4 – Tolerance analysis (tilt/decenter, mirror flatness, plate placement) with pass/fail margins Milestone 5 – Exact assembly coordinates (XYZ + angles) + 3D visualization/render Quick questions: • Exact ASKA3D/DCRA plate dimensions, pitch, thickness, and any datasheet? • Required viewing angle/eye box? Mono or binocular? • Target brightness at the floating image plane (cd/m²) and ambient lighting? If you can share the plate specs, I can tell you quickly whether 15 cm is realistic in a wearable envelope and what margin we can prove in Zemax.

@borisdeveloper71

Hi, there. I have thoroughly reviewed your requirements for a 100% proven optical simulation for your holographic wearable prototype utilizing the ASKA3D DCRA plate and RK3566 platform. With extensive experience in advanced optical design, including folded path simulations and holographic projection systems, I am confident in delivering a mathematically rigorous solution that ensures your floating 6-inch image is accurately formed 15cm above the device surface. I have previously worked with dihedral corner reflector arrays (DCRA) and am proficient in Zemax for both sequential and non-sequential ray tracing, guaranteeing that all simulation files (.zmx) and precise assembly coordinates will be delivered as requested. My approach involves detailed modeling of the optical path, calculation of all geometric parameters, and thorough validation to ensure sharpness, brightness, and distortion-free projection at the focal point, accompanied by a high-quality 3D visualization of the setup. I understand the critical importance of mathematical proof and complete transparency for your assembly team, and I am committed to providing all documentation required for you to move confidently into hardware acquisition and prototyping. Best regards Boris

@pranayb34

Imagine a wearable gadget projecting a hologram, clear, bright, and distortion-free, floating exactly 15cm above the arm. It's tactile, interactive, and impressively high-tech. The inception of this innovative product begins with meticulous optical simulation, careful mathematical designs and precise assembly coordinates. This is what you aspire to achieve, and I am here to assure you that this vision can be turned into reality with my expertise. Taking into consideration your desired specifications, I propose to develop a "folded optical path" design ensuring the wearable status of the device while securing the 15cm projection height. This will be guided by meticulous calculations and simulation tests. I have successful past experiences using ARM Cortex-M and DSP-based platforms, which are akin to Rockchip RK3566, thereby guaranteeing compatibility and efficiency of performance. With my proficiency in Altium and OrCAD, I can help you achieve exact assembly instructions. I'll provide detailed X, Y, Z distances, and tilt angles for the display, internal mirror, and ASKA3D plate. My extensive knowledge of ADC/DAC optimization and noise reduction will play a significant role in sustaining the image sharpness, brightness, and distortion-free qualities at the 15cm focal point. The heart of this project lies in ensuring that the projected image is sharp, undistorted, and interactive. I will ensure the touch sensor provides an accurate mid-air touch mapping in the 6-inch hologram area. Alongside these, I will present a realistic 3D visualization showing the 6-inch hologram floating 15cm above the arm, illustrating the interactive nature of the hologram. Endeavoring for perfection, your project will only be considered complete upon your full satisfaction. Hence, I will provide Zemax Source Files (.zmx) for your team to cross-verify the results. The mathematical accuracy of the setup will testify its functionality and readiness for assembly. Your faith in my abilities will be validated only when the simulation yields the exact coordinates and the original .zmx files, thereby meeting your 100% functional guarantee expectation. I look forward to bringing your pioneering idea to life.

@paxtons2

Understanding your quest for absolute assurance in this holographic wearable prototype project, it’s crucial to have an experienced eye able to translate theoretical calculations into a functioning design. Leveraging years of expertise in Optical Simulation and Embedded Systems, I am fully equipped to provide a 100% functional guarantee for your project. With your target being a 6.0-inch floating image, projected 15cm above the device surface, I will design a foolproof "folded optical path" using internal mirrors. My familiarity with Rockchip RK3566 processing units and ASKA3D Dihedral Corner Reflector Array (DCRA) plates lets me assure you of seamless functionality. For optimum mid-air touch mapping, integrating a ToF sensor within the 6-inch area is a task I can accomplish with precision. To ensure complete transparency, I will provide Zemax source files (.zmx), allowing your assembly team to verify the results. I comprehend your need for precise assembly coordinates and promise to deliver exact X, Y, Z distances, and tilt angles for the display, internal mirror, and ASKA3D plate. Beyond this, you will get assurance of no-image distortion at the 15cm focal point, and a vivid 3D visualization of the 6-inch hologram floating above the arm. The key to my success in similar projects has been an effective blend of cautious planning and rigorous testing. Therefore, I appreciate your requirement for mathematical proof of functionality before assembly begins. Your milestone will be part of my top priority tasks, and its release will only be when the simulation delivers the exact coordinates and the original .zmx files. Your project opens up new dimensions in wearable technology, and it is an opportunity I would relish. Let's revolutionize the tech world together.

@brandonw19

Having examined your project needs, your requirement for a 100% functional proof for an optical simulation before commencing hardware acquisition stands out to me. You're requesting precision and mathematical certainty, which aligns well with my expertise in FPGA and digital logic design. My proficiency enables me to deliver high-performance logic systems, embedded hardware accelerators, and control system designs – essentials that are fundamental to the success of your holographic wearable prototype project. Your mention of the Rockchip RK3566 processing unit and ASKA3D Dihedral Corner Reflector Array (DCRA) plate as part of your technical specifications resonates with my skills. As a FPGA and Digital Design Engineer, I've developed systems for signal processing, motor control, and data acquisition, which are critical in optical projection processes. I am experienced with several high-speed interface designs, which would be crucial for the successful image projection of your device. In line with your deliverable requirements, I have the skills to design the Folded Optics Simulation and provide the Zemax source files. My experience with Altium Designer for PCB development and MATLAB/Simulink used for system simulations, aids me in delivering precise assembly coordinates for the display, internal mirror, and ASKA3D plate. Furthermore, I'm competent in testing the prototype to ensure image sharpness, brightness, and lack of distortions at the 15cm focal point. By engaging my services, I can ensure the provision of 3D visualizations that manifest the 6-inch hologram floating 15cm above the arm with touch interaction, thus providing you with the mathematical proof of functionality you require. I'm looking forward to putting my skillset to work and providing you with the 100% functional guarantee you need. Let's ensure your holographic wearable prototype is ready for assembly with mathematical accuracy.