Programování Jobs

I'm looking for a skilled developer to build a lighting MIDI fader console with USB integration. The console will primarily be used on Windows. Key Requirements: - User Interface: Physical knobs and faders - USB Integration: Must support Windows - Features: - Programmable buttons - Mappable controls Ideal Skills and Experience: - Experience with MIDI hardware and software - Proficiency in USB integration for Windows - Knowledge of physical interface design with knobs and faders - Ability to implement programmable and mappable controls **EXPERIENCE WITH ARTNET A PLUS FOR FUTURE PROJECTS** Please provide samples of previous work related to MIDI or hardware integration. We are an American Manufacturing Company looking to replace our lead designer. Must have Cad and Programmi...

I am taking a grad class of computer architecture and I need someone who has experience in computer architecture, logic gates and knows how to code in C/C++ or who has a master degree in computer engineering who can do my homework assignments for the semester. This is an overview of the class: it covers the major design aspects and building blocks that go into designing modern computers. We’ll start by learning what an instruction set architecture (ISA) is, and then, using MIPS as an example, understand how they’re implemented with common ISA design tradeoffs. Next, we’ll get into microprocessor design. Starting with a single-stage machine, this class will introduce how the MIPS instruction set can be implemented. Using this implementation as a baseline many advanced perf...

Es ist nur eine Voranfrage, Das Projekt würde erst Ende des Jahres realisiert. Gibt es jemand, der die bestehende Software OrderSprinter konfigurieren kann? Radbedingungen Für ein Vereinsfest Eine Kasse, Speisenausgabe, Getränkeausgabe 2 Bedienungen. Drei Bondrucker: (1. Kasse für Abholbons 2. Getraänke- und Speisenausgabe für Arbeitsbons. Wichtig Nur für die Software OrderSprinter!

Looking to develop, integrate, and maintain an AI-operated proprietary fund under an LLC structure. The project specification: FSM logic sequencing of entry/exit state change signals for automation of TQR program trading and portfolio management algorithm. Ideal candidates must have expertise in program trading, portfolio management automation, FSM logic sequencing for entry/exit strategies, and state change signaling for automation. Dedication to this project is essential, and candidates should ensure it does not compete with other job commitments. The timeline for completion is 20 days.

My 2022 Model 3 Long Range shows an abnormal estimated-range figure, yet Service Mode refuses to run “Reset Range Life Model,” returning the guard message “The HVC life model is currently nominal and does not require a reset.” I need someone who can bypass that guard and re-initialize the HVC Life Model itself—not just perform the usual SOC or Brick CAC resets that I have already completed. You must have working access to both Tesla Toolbox and Service Mode Plus and know how to trigger a forced reset or directly edit the life-model parameters. If you have handled this exact restriction before, even better. Deliverables I expect: • Either a remote session in which you carry out the forced reset, or step-by-step instructions/scripts that let me do it safe...

I'm seeking an experienced IoT developer who can create a hardware device with a digital display. The device should operate offline, providing straight output based on programmed inputs. Key Requirements: - Hardware: - Digital display output - Programmed to do calculation. - App: - Display input data and calculations from the hardware - User-friendly interface Ideal Skills: - Experience in IoT hardware development - Proficiency in app development - Strong programming skills - Ability to create offline operating systems Please provide examples of previous work and a brief outline of your approach.

I need a concise Arduino Uno sketch that drives my Nema 34 stepper through its existing driver in a continuous loop with the following timing: • From home, turn 60° clockwise and hold that position for one second. • Return to the home position and pause one second. • Turn 60° anticlockwise, pause one second, then repeat the entire sequence indefinitely. Please base the calculations on a typical 200-step Nema 34 (1.8° per step) unless I can later change a constant for different micro-stepping settings. No sensors or limit switches are required; it is pure open-loop control. Alongside the .ino file, include a clear wiring diagram that shows the connections between the Arduino Uno, my stepper driver, power supply, and any needed resistors or opto-isolators so...