Mathematica wolfram jobs
...formulas inside MATLAB or Wolfram Mathematica, then wire the results straight back into the program so they update in real time. Core objectives • Model performance prediction, race-outcome analysis, and live data integration from the same speed dataset. • Build intuitive ON/OFF or slider-based toggles that let me recalibrate individual coefficients instantly while the program is running. • Keep every calculation transparent and easy to tweak; clear documentation of each variable, assumption, and transformation matters as much as the code itself. I’m after someone who has already handled similar high-frequency sports or financial modelling projects and can point me to concrete examples of that experience. If you can deliver clean, well-commente...
I need assistance combining two halves of a Green's function in a Mathematica notebook and plotting it. Key Requirements: - Combine Green's function halves, possibly with a particular solution. - Generate 2D plots. - Work within a Mathematica notebook. Ideal Skills: - Proficiency in Mathematica - Strong understanding of Green's functions - Experience with mathematical plotting in 2D
I have a Mathematica notebook that is nearly complete, but I need assistance with one specific plot. The plot consists of two halves, which I can currently plot separately. However, I need help combining these two halves into a single function for further plotting and calculations. The relevant plot appears at Out[456], which should be helpful for reference. This task should be straightforward for someone experienced with Mathematica.
Nonlinear resonance in gravity-driven viscous films over undulated substrates is studied using numerical simulations in Python/Matlab/Mathematica and analytical modeling. Harmonic generation, bistable resonance, and Duffing-type behavior are revealed.
...of a small catapult. Your job is to build the full dynamic model in Wolfram Mathematica, starting from first principles with Lagrange methods, and drive it all the way to an optimisation that shows which geometric or mass parameters deliver the longest range. I will share a previously solved, very similar exercise so you can lean on its structure, but the final notebook and exposition must be entirely original and ready for submission. The budget for the whole task is capped at about €30, so a concise, well-commented solution is exactly what I am after rather than an over-engineered one. Core objectives • Derive the equations of motion with the Lagrangian approach. • Implement them in a clean, reproducible Mathematica notebook. • Simula...
...want the model to answer. What I’m missing is an experienced collaborator who can stress-test the assumptions, confirm the equations make sense biologically, and help shape the discussion so it stands up to peer review. Familiarity with population genetics, evolutionary game theory, or comparative methods will be especially helpful, and the ability to use tools like R, Python (NumPy/SciPy), or Mathematica for quick simulations will make the process smoother. Ultimately, I’d like to finish with: – a polished set of equations or simulation code, – clearly interpreted results tied back to the current literature, and – concise text ready to be slotted into my manuscript draft. If you enjoy dissecting evolutionary theory and have a knack for expla...
...want the model to answer. What I’m missing is an experienced collaborator who can stress-test the assumptions, confirm the equations make sense biologically, and help shape the discussion so it stands up to peer review. Familiarity with population genetics, evolutionary game theory, or comparative methods will be especially helpful, and the ability to use tools like R, Python (NumPy/SciPy), or Mathematica for quick simulations will make the process smoother. Ultimately, I’d like to finish with: – a polished set of equations or simulation code, – clearly interpreted results tied back to the current literature, and – concise text ready to be slotted into my manuscript draft. If you enjoy dissecting evolutionary theory and have a knack for expla...
...correct or returned with a clear correction and brief justification • A short summary (≈1 page) outlining the major strengths, weaknesses, and recommended improvements • Delivered in the same LaTeX file structure so I can merge your edits seamlessly Familiarity with QFT notation, tensor calculus, and standard cosmology references is essential. If you routinely work with tools like Overleaf, Mathematica, or Maple for symbolic checks, let me know—automated cross-checks are welcome provided the reasoning is still documented. Turnaround: ideally within one week of project start, but let’s discuss if you need a bit longer. I do not respond to automated replies. Extensive experience in theoretical physics, PHD level is required. Only message me if you...
I have a set of mathematics questions that I need answered accurately and clearly for an academic purpose. The difficulty ranges from standard problem-solving to...more involved proofs, but every response must be fully worked out so I understand each step rather than just receiving the final number. Deliverables • Complete, correct solutions for every question • Step-by-step reasoning written in clear English (you may format symbols in LaTeX if you prefer) I will share the exact problems as soon as we start; feel free to use any reputable tool—Wolfram Alpha, GeoGebra, Python, even a spreadsheet—as long as the logic is transparent and citations or screenshots are included when you reference them. Accuracy matters most, so double-check each answer befor...
I need a complete kinematic and dynamic study of the Tesla Model 3 trunk lift mechanism, based on the assignment description and the reference images provided. The entire work must be carried out exclusively using Wolfram Mathematica 13.0. The project involves creating a full kinematic model of the system, defining appropriate symbols, dimensions, masses, and inertias, and determining the motion of the movable reference frame together with the rotation and position of the trunk. The position analysis must be performed by simulating the electric cylinder stroke and verifying the final configuration according to the measured reference data. The study must also include the identification of singular positions, the calculation of the force required from the actuator using the Pri...
I have an online assignment hosted in Mathematica that needs to be completed today. The questions are typical undergraduate-level math problems—mostly core calculus and linear-algebra style tasks, with a chance that one or two statistics-type questions appear as well. If you are comfortable writing concise Wolfram Language code and explaining your steps, the whole set should take about an hour or two. Deliverables • All answers entered directly in the provided Mathematica notebook (or one you create and export for me). • Clear, well-commented code cells so I can follow the logic. • A final notebook or PDF that runs error-free on my side. Acceptance criteria – Every problem in the assignment is solved and numerically verified inside ...
...of a small catapult. Your job is to build the full dynamic model in Wolfram Mathematica, starting from first principles with Lagrange methods, and drive it all the way to an optimisation that shows which geometric or mass parameters deliver the longest range. I will share a previously solved, very similar exercise so you can lean on its structure, but the final notebook and exposition must be entirely original and ready for submission. The budget for the whole task is capped at about €30, so a concise, well-commented solution is exactly what I am after rather than an over-engineered one. Core objectives • Derive the equations of motion with the Lagrangian approach. • Implement them in a clean, reproducible Mathematica notebook. • Simula...
...underlying reasoning, not just the final answer. Please walk me through each manipulation, state any theorems or substitution rules you apply, and typeset the work neatly—LaTeX is fine, a well-scanned handwritten derivation is also acceptable as long as every step is legible. At the end, include a concise check (for example by differentiating the result or using a numerical verification in Wolfram Alpha, MATLAB, or Python-SymPy) so I can be certain the integral was evaluated correctly....
I have an ...reasoning so I can learn from it afterward. Turnaround is critical: I’m looking to review your finished work as soon as possible, ideally within the next 24 hours. A clear, step-by-step solution set (handwritten or typeset), brief explanations of each method used, and any supporting calculator or computer-algebra output will be enough for me to submit confidently. If you prefer using tools like Wolfram Alpha, GeoGebra, or even a CAS-enabled graphing calculator, that’s perfect—just include screenshots or notation so I can replicate the steps later. Once you send the final write-up, I’ll verify accuracy and formatting right away, so please be ready for a quick follow-up in case small clarifications are needed. Looking forward to your help on ...
I have an ...reasoning so I can learn from it afterward. Turnaround is critical: I’m looking to review your finished work as soon as possible, ideally within the next 24 hours. A clear, step-by-step solution set (handwritten or typeset), brief explanations of each method used, and any supporting calculator or computer-algebra output will be enough for me to submit confidently. If you prefer using tools like Wolfram Alpha, GeoGebra, or even a CAS-enabled graphing calculator, that’s perfect—just include screenshots or notation so I can replicate the steps later. Once you send the final write-up, I’ll verify accuracy and formatting right away, so please be ready for a quick follow-up in case small clarifications are needed. Looking forward to your help on ...
I have an ...reasoning so I can learn from it afterward. Turnaround is critical: I’m looking to review your finished work as soon as possible, ideally within the next 24 hours. A clear, step-by-step solution set (handwritten or typeset), brief explanations of each method used, and any supporting calculator or computer-algebra output will be enough for me to submit confidently. If you prefer using tools like Wolfram Alpha, GeoGebra, or even a CAS-enabled graphing calculator, that’s perfect—just include screenshots or notation so I can replicate the steps later. Once you send the final write-up, I’ll verify accuracy and formatting right away, so please be ready for a quick follow-up in case small clarifications are needed. Looking forward to your help on ...
I need a complete kinematic-and-dynamic study of trunk-lift mechanism carried out exclusively in Wolfram Mathematica. I will supply an initial kinematic scheme plus the reference files and images you may need; the rest—from refining that scheme all the way to the equations of motion—should be delivered ready for direct submission as a university assignment. Accuracy of every numerical result is my top priority, so please verify all computations before handing them over. I have no preference between Lagrange or Newton–Euler formalisms, as long as the choice is justified and implemented cleanly in Mathematica. Deliverables • Refined kinematic model with clear parameter definitions. • Position, velocity, and acceleration analysis of every...
I have an exercise that focuses on modeling robotic arms in Wolfram Mathematica and running control-system simulations on those models. The goal is to obtain a realistic, physics-based representation of the arm, design or implement an appropriate controller, and interpret the simulation results so that performance metrics and limits are clear. What I need from you • Build a clean, well-commented Mathematica notebook (or package) that defines the robotic arm’s kinematics and dynamics, then adds the control layer I specify. • Run time-domain control simulations—PID, state-space, or another approach we agree on—and generate plots or animations that highlight stability, trajectory tracking, and actuator effort. • Summarize assumption...
...the math is solid and the figures reproduce without surprises, help me reorganize the material into a narrative suitable for peer review—introduction, methods, results, discussion, references, and any supplemental Jupyter notebooks. Typical toolset Python (NumPy, SciPy, matplotlib, PyCBC), a bit of MATLAB for legacy scripts, LaTeX for the manuscript, and Git for version control. If you prefer Mathematica or Julia for integral work, that’s fine as long as you document the workflow. Acceptance criteria 1. Reproducible verification notebook showing the SCG signal extraction on LIGO open data with clear comments. 2. Annotated derivation file confirming or correcting every integral equation. 3. Clean, well-ordered manuscript draft (LaTeX) with figures linked to their gen...
I'm working on an algorithm that currently fails the NIST Statistical Test Suite. I need a cryptography and mathematics expert to: - Identify the issues in my existing algorithm. - Optimize the code to pass all NIST tests. - Provide supporting documentation, including results from NIST analysis and any modifications made. I’m looking for clean, efficient code (preferably in Mathematica or a similar tool) and clear documentation of results.
1. Project Overview We want to develop a web application that accepts math questions from users and provides clear, step-by-step answers. The system should leverage ChatGPT API (or similar LLM APIs) combined with math engines (SymPy/Wolfram/other libraries) for accuracy. The application must be user-friendly, scalable, and visually appealing. 2. Objectives Allow users to input any math question (typed or pasted). Generate step-by-step solutions with explanations. Provide outputs in text + formatted math equations (LaTeX/MathJax) in whiteboard. enhancements (animations, graphs, voice-over, etc.). 3. Inputs User manually enters a math question in a text box. Supported question types: arithmetic, algebra, calculus, probability, statistics, etc. (initial phase: class 6–12 level)...
I'm seeking an experienced Mathematica expert to assist with the development of advanced symbolic computation algorithms. The task involves creating sophisticated algorithms that can efficiently handle complex symbolic computations. I would like to expand in Mathematica this expression Exp[(x n)/(4t) (-Sqrt[(2t)/n-4t+x^2]+Sqrt[-4 t+x^2])] to order 100 in 1/n (being x and t constant positive real numbers, and with the assumptions Assumptions->{x>0,y>0,t>0,4t<x^2,4t<y^2}). I would like the first 100 coefficients of this series in Mathematica to be obtained correctly. Additional Information If the expansion is incorrect, the work will not be complete. The expression is this one: Exp[(x n)/(4t) (-Sqrt[(2t)/n-4t+x^2]+Sqrt[-4 t+x^2])]. By asymptot...
Please see the attached Statement of Work document for details. The modules are needed to augment homegrown Mathematica code in filtering real time data from a multichannel set of sensors. Test data will be provided to the selected party in a .cvs table. Channels are in columns and data samples in rows. The data sample rate is 5222.5Hz. One module is a low pass digital filter to run the channel data through to remove high frequency noise. The corner frequency is around 5 Hz. The other module is to perform an FFT on the channel data to identify dominant frequencies in the waveform after the signals are low pass filtered by the first module. Our need is relatively immediate - within a month. Please provide estimated schedule and cost. Delivery items are list...
I need assistance exporting precision, mathematically specified machine parts from Mathematica as .3mf and step files. These models are intended for functional testing. The current file is in the Mathematica file format, .nb. I want to go directly from the equations via a plugin or separate app to 3mf. I am looking for a direct output. I am concerned that translating from one format will misshape the part. The surface geometry is what I am concerned about. Requirements: - Expertise in Mathematica 3D graphics - Familiarity with .3mf file format - Experience with precision engineering models Ideal Skills: - Proficiency in Mathematica - Knowledge of 3D modeling and exporting - Attention to detail for accuracy in machine parts Please provide relevant experienc...
...Secure daily data storage and remote access if needed. 2. Business Type The software will manage an Installment-Based Business for: Mobile Phones Motorbikes Electronics Products are bought in bulk and sold on installments to individual customers. 3. Main Modules a. Day Book (Daily Cash Ledger) The central module where all income and expenses are recorded. Auto-calculated Cash in Hand: mathematica Copy Edit Cash in Hand = Previous Cash in Hand + Today’s Income - Today’s Expenses Today's closing balance becomes the next day's opening balance Features: Date Selector: Choose the entry date Description Field: Mention purpose/details of the entry Ledger Selection: Link the entry to an existing ledger Create New Ledger option if it doesn’t exist ...
...Secure daily data storage and remote access if needed. 2. Business Type The software will manage an Installment-Based Business for: Mobile Phones Motorbikes Electronics Products are bought in bulk and sold on installments to individual customers. 3. Main Modules a. Day Book (Daily Cash Ledger) The central module where all income and expenses are recorded. Auto-calculated Cash in Hand: mathematica Copy Edit Cash in Hand = Previous Cash in Hand + Today’s Income - Today’s Expenses Today's closing balance becomes the next day's opening balance Features: Date Selector: Choose the entry date Description Field: Mention purpose/details of the entry Ledger Selection: Link the entry to an existing ledger Create New Ledger option if it doesn’t exist ...
...Secure daily data storage and remote access if needed. 2. Business Type The software will manage an Installment-Based Business for: Mobile Phones Motorbikes Electronics Products are bought in bulk and sold on installments to individual customers. 3. Main Modules a. Day Book (Daily Cash Ledger) The central module where all income and expenses are recorded. Auto-calculated Cash in Hand: mathematica Copy Edit Cash in Hand = Previous Cash in Hand + Today’s Income - Today’s Expenses Today's closing balance becomes the next day's opening balance Features: Date Selector: Choose the entry date Description Field: Mention purpose/details of the entry Ledger Selection: Link the entry to an existing ledger Create New Ledger option if it doesn’t exist ...
I'm looking for a skilled mathematician or physicist to model a modified version of a chaotic one-dimensional system. Requirements: - Modify initial conditions of the chaotic system - Introduce random forces in the form of Gaussian noise Ideal Skills and Experience: - Strong background in chaos theory and dynamical systems - Proficiency in mathematical modeling and simulation - Experie...modified version of a chaotic one-dimensional system. Requirements: - Modify initial conditions of the chaotic system - Introduce random forces in the form of Gaussian noise Ideal Skills and Experience: - Strong background in chaos theory and dynamical systems - Proficiency in mathematical modeling and simulation - Experience with noise modeling, particularly Gaussian noise - implementation in ...
...15-panel comic. The tone is philosophical, humorous, and emotionally intelligent — think Calvin & Hobbes meets Black Mirror. The style should be expressive, colorful, and dynamic, with a slightly stylized or cartoon-realism vibe. Characters to include (all interacting or layered together in one epic scene): 4-Year-Old Me (red/yellow Chinese outfit, holding dumpling, expressive face) Stephen Wolfram (wizard-like, floating glowing cubes, calm but intense) John von Neumann (1950s strategist look, toy nuke in hand, smug) Teen Me (youth group leader pose, glowing slightly) Robot (like from The Wild Robot, mid emotional meltdown) Jesus (appears, calm, glowing subtly) 30-Year-Old Me (offering a contract + rice bowl to Elon Musk) Elon Musk (launchpad stance, raising an...
... and Mathematica coding. This is a fixed-price, solutions-only project—no tutoring or live sessions (e.g., Zoom) , or instructional components are needed. I value privacy and expect secure, professional collaboration. Written Explanations: Detailed, step-by-step solutions to linear algebra problems: Question 1: Parts a, b, and c (PCA-related, e.g., eigenvectors, projections). Question 2: Parts a, b, and c (PCA applications). Format: PDF document with clear mathematical explanations. Code Implementations: A Mathematica notebook (.nb file) with documented code to generate a 2D PCA projection (figure details provided upon hiring). Requirements: Strong background in linear algebra (expertise in PCA, eigenvalues, eigenvectors, symmetric matrices). Proficien...
I'm seeking a ...directions of Stokes' Theorem - Generate interactive plots (draggable, rotatable, zoomable) using - Include: - Parametric curve - Surface - Vector field - Display step-by-step simplification and evaluation in LaTeX formatting in a sub-tab Ideal Skills: - Proficiency in web development - Experience with , NumPy, SymPy - Strong LaTeX formatting skills Below is a Mathematica Notebook and a PDF file which outline the basic functionalities I expect to be a part of this Vercel web app Feel free to take a look prior to bidding to ensure you have the capacity required to successfully complete the project. Link to Github Repo For Source Code: Please provide your portfolio and relevant experience.
I'm seeking a developer to create a web app that calculates and visualizes Stokes' Theorem. The app shoul...directions of Stokes' Theorem - Generate interactive plots (draggable, rotatable, zoomable) using - Include: - Parametric curve - Surface - Vector field - Display step-by-step simplification and evaluation in LaTeX formatting in a sub-tab Ideal Skills: - Proficiency in web development - Experience with , NumPy, SymPy - Strong LaTeX formatting skills Below is a Mathematica Notebook and a PDF file which outline the basic functionalities I expect to be a part of this Vercel web app Feel free to take a look prior to bidding to ensure you have the capacity required to successfully complete the project. Please provide your portfolio and relevant expe...
I'm seeking a skilled Mathematica expert with a deep understanding of NDSolving sets of differential equations. The project target is to determine sets of initial conditions for a system of differential equations modelling the interaction of two electrons that start from a distant point and move to form a bound state. In the Mathematica notebook attached, the interaction of two electrons is modeled with a system of differential equations. In the bookmarks of the Manipulate the initial conditions of several possible interactions are given as examples: 1.- Electron Repulsion: Electrons far apart repel each other [Attached image: ] 2.- Pass Through: Electrons with enough speed pass through each other [Attached image: ] 3.- Paired Electrons: Electrons close enough
...taken into account including the letters from the alphabet, just make pages like this, because obviously the entire preview of all these characters will probably not fit on the screen (you can skip non-mathematical characters, because they appear in photos), and after entering such a problem, we confirm, i.e. click OK, so as I wrote on the calculator, it is the number 5 and then it connects to the Wolfram API and shows the same results that tungsten gives and step by step etc., and at any time when the user decides exit this menu and click the On/C button with tungsten and then return to the normal calculator, as it is presented in the video, it is done in more detail, so just take a look at it and you will know what you need, and as far as I know API tungsten is free basic up to...
I'm looking for an expert in finite element analysis and Mathematica to help me generate a model of a spherical segment. Key Requirements: - The model will involve taking a section of a sphere and cutting out a 30-degree segment. - You will need to assign specific material properties to the model: Young's modulus, Poisson's ratio, and wall thickness. I have specific values for these properties. - The loading condition will be applied pressure on the inside surface of the spherical section. - The section is composed of two different thicknesses. - The code must be compatible with Mathematica 14 or greater. Output: - The final deliverable should be a Mathematica notebook. version 14 or greater. Ideal Skills: - Proficiency in Mathematica, particu...
I'd like to request a quote for Solve two kind of errors in PoincareInteractionDiracParticles_JBB.nb. 1.- Integrating errors that produce complex numbers 2.- NDSolve numerical errors that generate non possible results, detected as: A.- The speed of the center of charges must always be 1, thus Norm[u1v]=1 and Norm[u2v]=1. B.- The distance between the Center of Charge and the center of Mass is <2, thus EuclideanDistance[r1v,q1v]<2 and EuclideanDistance[r2v,q2v]<2". In the Manipulate (resultado): - the bookmarks 1-12 work correctly - Bookmarks 15 & 18 produce the first type of errors (complex numbers) - Bookmark 16 produces the second type of error
I'm looking for an expert who can develop a Flowise chatbot integrated with ChatGPT and Wolfram|Alpha. The primary aim of this chatbot is to streamline various business processes. Integration with Pinecone is required. Ideal skills and experience for the job: - Proficiency in chatbot development, specifically with Flowise - Extensive knowledge of ChatGPT and Wolfram|Alpha - Previous experience in improving business processes via technology - Understanding of general business operations - Excellent problem-solving skills
I'm looking for an expert who can develop a Flowise chatbot integrated with ChatGPT and Wolfram|Alpha. The primary aim of this chatbot is to streamline various business processes. Integration with Pinecone is required. Ideal skills and experience for the job: - Proficiency in chatbot development, specifically with Flowise - Extensive knowledge of ChatGPT and Wolfram|Alpha - Previous experience in improving business processes via technology - Understanding of general business operations - Excellent problem-solving skills
I'm looking for an expert who can develop a Flowise chatbot integrated with ChatGPT and Wolfram|Alpha. The primary aim of this chatbot is to streamline various business processes. Integration with Pinecone is required. Ideal skills and experience for the job: - Proficiency in chatbot development, specifically with Flowise - Extensive knowledge of ChatGPT and Wolfram|Alpha - Previous experience in improving business processes via technology - Understanding of general business operations - Excellent problem-solving skills
I have two Bayesian Statistics problems that I need help with. The project involves coding in Mathematica, finding maximum likelihood estimates, and then outputting the solutions. Ideal Skills: - Proficient in Mathematica - Strong background in Bayesian Statistics - Experience with maximum likelihood estimation - Able to produce clear and concise PDF reports Project Requirements: - Solve two Bayesian Statistics problems - Code in Mathematica - Find maximum likelihood estimates - Provide final solutions in a PDF report - Code and outputs should have some comments and brief explanations
...distribution represents the observed values and the binomial distribution represents the expected values. Show that the result strongly depends on the sample size used for the test. Interpret these results, also with reference to the bar charts. To submit: A written report on the topic, including graphics and tables. An Excel program (VBA is welcome) covering all the steps mentioned above. A Mathematica program for all the steps mentioned above....
...Hosted Application: ○ Deploy your application on a free hosting service. ○ Provide the public URL to access the application. 3. Documentation: ○ Include a README file with setup instructions. 4. Deadline: ○ Submit by October 28th, 2024, at 12:00 am. 5. Submission Format: ○ Do not reply all to this email. ○ Send only one email with the GitHub link and the hosted application URL in the format: mathematica Copy code GitHub Repository Link: [Your GitHub Link] ○ Hosted Application URL: [Your Application URL] Additional Notes: ● Data Use: ○ Use mock data (JSON files or hardcoded data) to simulate event listings. ● Third-Party Libraries: ○ You may use libraries for animations (e.g., CSS libraries like ) to save time. Inspirational Visual References: ● Event Listing Page: ○ Description: ...
Hello, I have some math questions need to solve them. It's around few pages, which I took screen short from pdf. Please provide examples of your previous work in kinematics or related fields when applying for this project. Skills Required Engineering Matlab and Mathematica Mechanical Engineering Mathematics Physics
Hello, I have some math questions need to solve them. It's around few pages, which I took screen short from pdf. Please provide examples of your previous work in kinematics or related fields when applying for this project. Skills Required Engineering Matlab and Mathematica Mechanical Engineering Mathematics Physics
...all contacts in the address book. Aspect-Oriented Programming (AOP) for Logging: When a contact is updated, log the previous data to a file before making the changes. When a contact is deleted, log the deleted contact's information to the same log file. File I/O: Implement file handling for saving updates and deletions into a log file. The format should be simple and human-readable, e.g.: mathematica Record Updated: Bill Smith, 123 Main St, Coolsville MD, 20876, 301-555-1234 Record Deleted: Sally Jones, 1 Here Dr, Rockville MD, 1111, 240-888-3400 Simple User Interface: A command-line interface (CLI) where users can enter options to add, update, delete, and view contacts. Optional: A basic graphical user interface (GUI) Basic Error Handling: Validate user inputs (e.g., ...
Machine learning algorithm to relate different factors in growing grass. I need to develop a machine learning algorithm to analyze various factors affecting grass growt...seed distribution data. The information will be collected from datasheets, sensors, databases, and imagery captured using IP cameras for measuring the results. The system should also present all the results in an interactive graphical dashboard. Skills required: - Proficient in advanced Excel for handling large datasets using VBA macros - Data modeling and processing skills using tools such as Mathematica or MATLAB - Proficiency in database queries and management - Proficiency in Python programming, including artificial intelligence and image-processing tools - Experience with Power BI or similar graphical da...
...Example: 100e • Output Message: scss Copy code 100e 8% (commission rate 105d-8%) 0.951 (euro rate) 97d Dollar Conversion • Formula: Apply commission rate o Example: 900d = 900 * 0.92 = 828d • Input Message Example: 900d • Output Message: scss Copy code 900d 8% (commission rate 900d-8%) 828d Total Sum for Multiline Messages • Input Message: go Copy code 10000i 7500i 100e 900d • Output Message: mathematica Copy code Message 1: 10000i 8% (commission rate 2680d-8%) 3.731 (ils rate) 2680d Message 2: 7500i 8% (commission rate 1849d-8%) 3.731 (ils rate) 1849d Message 3: 100e 8% (commission rate 105d-8%) 0.951 (euro rate) 97d Message 4: 900d 8% (commission rate 900d-8%) 828d Message 5: Total 5454d (2680 + 1849 + 97 + 828) Calculation Details • For...
If you have NO EXPERIENCE in Mathematica System Modeler, please do NOT BID. Job description. Modeling using Mathematica System Modeler Parametric studies Input variables: heat source (peak power, duration, duty cycle) choice of pump Valve ON/OFF Output: Maximum head (pipe length, consider friction of the water pipe and valve (~0.7 psi)) Temperature of water (WT 1, WT 2, WT 3, HS 1) vs time
I'm in need of a skilled developer who is proficient in both Wolfram Alpha and Python. I'm looking to have this project completed as soon as possible. Key Requirements: - Data Analysis and Visualization: Your primary task would be to analyze and visualize data using Wolfram Alpha and Python. The data could be related to a wide range of topics, so experience in managing and analyzing large data sets would be a plus. - Development of Custom Algorithms: You should be comfortable creating custom algorithms in Python to facilitate the data analysis process. These algorithms are expected to be unique to the project's needs, so a creative mindset and strong problem-solving skills are essential. - Integration with External Systems: The final part of this project wo...
