Natural Language Processing

Natural language is the most natural (pun intended) way to store and share information for humans. Software solutions that can understand, analyze and even use it for communication are becoming the key to success in many industries, with the recent rise of Large Language Models (LLMs) and AI chatbots being yet another proof of this. Stick with us and see how It-Jim’s expertise in Natural Language Processing (NLP) can boost your business to the next level and bring to life your most daring project ideas.

Data Analysis

Analyzing data and making correct conclusions is an extremely valuable decision-making tool for both well-established companies and emerging startups. It can also be a successful product on its own, providing users with a concise summary of what they were looking for just in one click.

Yet, the data one might be interested in doesn’t always come in nice structured tables. A corpus of unstructured text might have different origins: various documents, e-mails, product descriptions or reviews, and so on, but for all of them, we’ve got all the tools needed to extract the information you’re actually looking for.

Our expertise in Information Extraction from text includes

  • Named Entity Recognition
  • Sentiment Analysis
  • Topic Modelling
  • Building Knowledge Graphs
  • Text Summarization
  • Question Answering.

We utilize major NLP libraries (SpaCy, NLTK, Gensim) as well as Deep Learning models (BERT, RoBERTa, BART, T5). For our DL solutions, we use both PyTorch and TensorFlow and of course, as NLP enthusiasts, we couldn’t have missed the HuggingFace Transformers framework.

One of our core competencies is fine-tuning these models for particular tasks, with all techniques of efficient data engineering and model training being at our disposal. If there is not enough data to train on, we offer one- and few-shot solutions that require only a couple of examples to learn how to complete certain tasks.

Content Сreation

Working with texts isn’t limited to analyzing them; there is also great potential in automatically generating new texts for your needs. From creative and persuasive ads based on a list of keywords to a touching personalized letter given just a couple of sentences – all that is perfectly achievable with proper NLP tools and corresponding expertise. Depending on how many examples are available, we can offer either fine-tuning a language model or using it with just a few examples (or even without them at all) through careful prompt engineering. This is achievable with open-source models like T5, as well as with GPT 3&4 – all depending on what suits your project best.

We also don’t restrict ourselves to generating just text. Modern text-to-image models like DALL-E and StableDiffusion are capable of creating wonderful art, limited mostly by how well one designs a text prompt for it. But if you want to bring their image creation capabilities to your users without making them go through a crash course on prompt engineering, we are here to help. By applying proper NLP techniques, we can turn an unstructured heap of ideas or even just an arbitrary piece of text into a well-designed prompt that will make generated images surpass your expectation. To see how this works in practice, check out our project for generating illustrations for poems.

Conversational AI

Systems that can keep up a conversation with a user come in different forms: customer support chatbots, AI assistants, educational roleplay solutions, and many more. If you’re looking to build a similar system of your own, we’ve got you covered.

Customer support is probably the most common example of conversational AI right now. Building a proper customer support chatbot requires forming a good understanding of the domain and analyzing typical scenarios that need to be automated. We always take a close look at the historical record of customer inquiries to uncover common patterns and obtain necessary data for training the chatbot. We then design a conversation flow to be clear and unambiguous for a user, ensuring that the chatbot would really be a helpful component rather than just an annoying step before getting to a human operator. We use dedicated chatbot frameworks (DialogFlow and Rasa), which allow for rapid development and easy integration with all major messengers and platforms.

For tasks that require more human-like conversations, we use LLM-based chatbots, namely ChatGPT, as well as solutions built on top of it, like AutoGPT and LangChain. Proper application of these tools allows us to provide users with a much more personalized and engaging conversation experience, which is simply impossible to achieve with classic approaches to building chatbots.

NLP on the Edge

Cutting-edge LLMs that run on extremely powerful servers are incredible, yet there are kinds of data that users don’t want to leave their device at all, let alone to be sent to a third-party API for processing. Understanding this challenge, we’re constantly improving our expertise in deploying AI solutions on edge devices (be it a smartphone or embedded systems). Our engineers have a unique skill set for solving any compatibility issues and converting Deep Learning models, including LLMs, to CoreML, TensorFlow Lite, and TensorRT. Through techniques like knowledge distillation, quantization, and pruning, we make sure that the performance of our Deep Learning solutions on mobile devices meets the highest expectations of our customers.

Yet, it is always better to solve problems before they happen. While it is common nowadays to solve any complicated task just by plugging in more and more capable (and heavier) LLMs, we leverage our long experience in NLP to achieve the same quality of results with classic algorithmic and ML solutions or by using much lighter DL models. We also optimize our code specifically for the target platform (including both iOS and Android), ensuring that our solutions always run as fast as possible on the given hardware.

Generative AI

In a rapidly evolving world, emerging technologies present new and exciting possibilities. One such technology is generative AI, which has experienced remarkable growth and unlocked a multitude of opportunities.

Unlike the traditional discriminative approach that focuses on solving problems related to understanding, interpretation, or analysis, generative AI takes a different path. It enables the creation of diverse content, spanning text, images, video, audio, and even 3D models. By harnessing the power of generative AI, we can explore the boundless creative potential and reshape how we interact with technology.

Generative AI across Different Verticals

Harnessing the potential of generative AI opens up a multitude of opportunities across various industries. Here are some notable applications where generative solutions are making a significant impact:

    1. Creative industries: Huge progress in image generation was recently shown by DALL-E 2, MidJourney 5, and similar models. Things are changing very fast and images are just one example. From image generation to text, video, audio, and 3D asset creation, generative AI enables artists, musicians, designers, and business owners to save time and tap into new realms of creativity. 
    2. Sales and marketing: Another field where Generative AI already leads the revolution. Content generation (text posts, blogs, photos, videos), personal recommendations, social media management (SMM), captions, hashtags and comments generation, personal recommendations and predictive analytics. As for sales and lead generation, Generative AI can automate a huge fraction of processes like lead scoring and profiling, content generation, customer support, and many more.
    3. Entertainment and gaming: Generative AI is reshaping the entertainment and gaming landscape by creating virtual characters, animations, and immersive experiences. It introduces a new layer of reality through virtual environments, interactive storytelling, and game level generation. Additionally, generative AI plays a pivotal role in automating content generation for a dynamic and engaging user experience. Still, this is just the tip of the iceberg.
    4. Software development: In the field of software engineering, generative AI tools, such as Copilot, enhance productivity and efficiency. While they do not replace skilled engineers, these tools provide suggestions, coding pattern advice, and improve coding efficiency. For instance, Copilot analyzes existing code and libraries, offering relevant suggestions aligned with the developer’s coding style. However, it is crucial to remember that human expertise and thorough code review remain essential to ensure optimal results, a responsibility that the It-Jim team excels in delivering.
    5. Education: Generative AI can help to create various educational materials, such as quizzes, and interactive learning modules, generate questions, answers, and explanations. Another big thing is personalization: from virtual tutors and chatbots, avatars, and up to hyper-personal learning experiences. All of these can substantially transform the educational experience.
    6. Research and Academia: Generative AI holds immense promise in research and academia. It streamlines knowledge discovery, aids in generating technical reports, facilitates content search, and even assists in summarizing papers. It also contributes to the creation of educational materials, fostering academic advancements, and supporting a wide range of research activities.

By leveraging the transformative capabilities of generative AI, businesses and industries can unlock new realms of creativity, efficiency, and innovation, revolutionizing how they operate and engage with their target audiences.

Generative Tasks for Different Data Types

Let’s consider popular examples of generative AI applications based on the type of input and output data.

Image to Image:

  • Style transfer: Transforming the style of an image while preserving its content.
  • Image translation: Converting images from one domain to another, such as turning sketches into realistic images.
  • Super-resolution: Enhancing the resolution and quality of low-resolution images.
  • Domain adaptation: Adapting an image from one domain to another, such as translating images from day to night scenes or from synthetic to real data.
  • Image inpainting: Filling in missing or damaged parts of an image based on the surrounding context.

Text to Image:

  • Text-guided image editing: Modifying images based on textual instructions, such as changing colors or adding specific objects.
  • Image generation: Creating new images from textual descriptions or captions.
  • Image restoration: Restoring and enhancing the quality of old or degraded images.
  • Image inpainting and outpainting: Generating images by completing or extending the visual content based on textual descriptions.

Text:

  • AI-powered blog writing: Automatically generating high-quality blog articles based on given topics or keywords.
  • Custom chatbot development: Creating personalized chatbots with conversational capabilities tailored to specific business needs.
  • Machine translation: Translating text from one language to another using AI-based translation models.
  • Development of human-like personal assistants: Building virtual assistants that simulate natural conversations and provide personalized assistance.
  • Smart agent/business-oriented text generation: Generating text for business applications like automated email responses, customer support, or product descriptions.

Speech:

  • Text-to-speech (TTS): Converting written text into natural-sounding speech.
  • Speech-to-text (STT): Transforming spoken words or audio recordings into written text.
  • Voice cloning: Replicating a person’s voice using a small audio sample.
  • Automatic speech recognition (ASR) and audio transcription: Converting spoken language into written text for transcription or voice command applications.
  • Music and voice generation: Generating music or synthetic voices based on given input or styles.

Multi-modal Examples:

  • 3D avatars with TTS and chatbot features: Creating interactive virtual avatars that can speak and engage in conversations using text-to-speech and chatbot technologies.
  • ASR and TTS integration: Combining automatic speech recognition and text-to-speech to enable voice-controlled applications.
  • Video generation: Generating synthetic videos based on textual descriptions or scripts.
  • 3D model generation: Creating three-dimensional models of objects, characters, or environments using generative AI techniques.
  • 3D to image: Generate images from the interactive positioning of 3D elements.

These examples showcase the diverse range of generative tasks that can be accomplished across different data types, enabling innovative applications in various domains.

Which Generative AI Tools Do We Use?

At It-Jim, we leverage a range of powerful generative AI tools to deliver exceptional results for our clients. Here are some of them:

  • Text LLMs: 
    • Classic LLMs: T5, GPT family, BLOOM, LLaMa
    • Instruction following and conversational AI: FLAN-T5, ChatGPT 3.5&4, Alpaca
  • Images:
    • Text-to-Image and Image-to-Image: Stable Diffusion, ControlNet, DALL-E 2, Midjourney, StyleGAN family, various task-specific GAN and VAE models
    • Inpainting: DeepFill V1&V2, LaMa
    • Super resolution: SwinIR, HAT, DeepBurst, BRST
  • Videos:
    • Human animation: RAD-NeRF, StyleTalk, Synthesia
    • Inpainting: FGVC
  • 3D models: 
    • 3D human avatars: PIFu, PIFuHD, PaMIR
    • Text-to-3D: DreamFusion, Point-E

Do you feel the potential of generative AI solutions? Just contact us, and we will help you to find the best way to start your business transformation.

3D Computer Vision

The field of 3D computer vision is rapidly expanding, with a growing number of applications emerging for 3D world understanding and interpretation. Modern trends in extended reality (XR), metaverse, digital twins, the automotive industry, and AR/VR clearly indicate that efficient machine learning, computer vision, and data processing solutions have a high demand in the 3D domain.

It-Jim’s 3D Computer Vision Toolkit: Sensors and Techniques

At It-Jim, we have a team of experts with strong backgrounds in signal processing and physics, providing us with a deep understanding of 3D data and its peculiarities and limitations. We are equipped to work with a broad range of sensors:

  • stereo cameras: iPhone cameras, depth API; industrial stereo cameras;
  • True Depth cameras: high-resolution IR sensor specifically used on iOS
  • LiDARs: from mobile LiDAR on iPhone to expensive industrial instruments
  • multi-camera setups.

Our expertise in 3D computer vision enables us to analyze various data from multi-sensor sources:

  • image stereo pairs and depth maps
  • multiple view mono RGB data
  • 3D point clouds
  • 3D meshes.

By leveraging these different sources of data, we are able to provide our clients with accurate and comprehensive insights tailored to their specific needs. Moreover, our team can not only find the best solution for efficient 3D data processing but also help with a proper hardware selection and setup to ensure the maximum gain for your business.

How Can Your Business Benefit from AI Solutions for 3D Data Processing?

Looking to take your business to the next level? AI solutions for 3D data processing can help you do just that. Here are some typical business cases where 3D computer vision can make all the difference:

  1. Digital twins: 3D computer vision can create highly detailed digital twins of real-world objects and environments, which can be used for predictive maintenance, equipment testing, and improving operational efficiency.
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  3. Virtual and augmented reality: By combining 3D computer vision with AR/VR technologies, you can create immersive and interactive experiences for your customers. For example, a furniture retailer could use AR to allow customers to see how different pieces of furniture would look in their homes. You can also use 3D computer vision in education to create immersive training experiences for students and professionals in various fields, such as medicine, engineering, and architecture.
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  5. Medical imaging: With 3D computer vision, you can create highly detailed 3D models of organs, tissues, and other structures. This can help doctors and researchers to understand diseases better and develop new treatments, and it can also guide surgical procedures and improve patient outcomes.
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  7. Virtual try-on: 3D computer vision allows for highly realistic virtual try-on experiences, helping customers to make more informed purchasing decisions. By scanning the customer’s body and clothing, you can generate a 3D model that shows how the clothing will fit and look on the customer, allowing them to make more informed purchasing decisions.
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  9. Autonomous driving: With 3D computer vision, autonomous vehicles can “see” and interpret their surroundings in 3D, allowing them to navigate safely and make decisions in real time.
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  11. 3D scanning and modeling: 3D computer vision can scan real-world objects and create highly detailed 3D models for use in film, television, video games, and other forms of entertainment.
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  13. Robotics and automation: 3D scene understanding and localization can help robots navigate and operate in complex environments with greater accuracy and efficiency, which can be used in manufacturing, logistics, and other industries.
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  15. Real estate and architecture: 3D computer vision can create more accurate and detailed 3D models and reconstructions of buildings and other structures, providing immersive virtual tours, floor and room plans, and better visualization for building designs.
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  17. 3D avatars and virtual assistants: human representation in 3D space can improve customer experience by providing personalized and interactive support. By leveraging 3D computer vision and combining several modalities, you can achieve a high level of immersion via the proper application of AI technologies. 
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  19. Visual positioning systems (VPS): by using 3D computer vision techniques, VPS can provide accurate and reliable user positioning and navigation in large spaces such as shopping malls, airports, museums, stadiums, parks, and more. All of this can be achieved without GPS, using only a camera of your phone!

If any of these business cases resonate with you, let us know! Our team is ready to develop a solution of any complexity to help your business succeed.

Technologies and Frameworks for 3D Computer Vision

Our team is highly skilled in utilizing various technologies and frameworks to address the unique needs of each project. In this section, we’ll give you a glimpse into the instruments we use to provide the most accurate and efficient 3D computer vision solutions for our clients:

  • Traditional 3D CV: Open3D, OpenCV, OpenSFM, CGAL, COLMAP, OpenMVG, OpenMVS, MVE, MVS texturing, various SLAM solutions
  • Deep learning 3D: NeRFStudio, PyTorch3D, Stable DreamFusion
  • 3D software: Unity, Blender, MeshLab
  • 3D rendering (programmatic): OpenGL, Three.JS, Open3D, Matplotlib
  • Mobile: ARCore, ARKit, SceneKit, RealityKit, RoomPlan API

What are the Typical 3D Computer Vision Tasks?

From creating digital twins and virtual try-on experiences to enabling autonomous driving and precise robotic navigation, 3D computer vision has already revolutionized many industries. But how exactly do AI-powered 3D data processing solutions achieve these remarkable feats? Here are some of the typical tasks that our team can perform to extract valuable insights and enhance the visual quality of your 3D data:

  • 3D reconstruction (SfM)
  • Simultaneous localization and mapping (SLAM)
  • 3D meshing
  • 3D mesh texturing 
  • Texture atlases packing and compression
  • Point cloud processing (densification, alignment, segmentation)
  • 3D object detection and tracking
  • 3D object segmentation
  • Sensor fusion 
  • Visual localization (VPS)
  • 3D mesh simplification

Our team stays up-to-date on the newest advancements and uses top-of-the-line sensors and data analysis techniques to deliver the best possible solutions. Don’t hesitate to get in touch with us to see how we can help you reach your 3D computer vision goals!

AI-Powered Mobile Development

The iPhone isn’t just a device for consumers – it’s also a powerful computational unit with a wide range of sensors and hardware that’s ideal for running machine learning algorithms. By leveraging this capability, businesses can enjoy low-latency performance, local inference, and significant cost savings by avoiding cloud infrastructure fees. At It-Jim, our team of mobile AI developers is here to help you harness the power of the iPhone for your business needs.

iOS as a Platform for Edge Computing

The iPhone’s hardware, Apple Neural Engine, coupled with our expert utilization of iOS frameworks, allows us to perform instant data analysis and deliver meaningful results in a wide range of industries – from sports and healthcare to entertainment, retail, surveillance, and even automotive.

Our goal is to transform your mobile device into a powerful tool that delivers real value, without the need for costly hardware upgrades. With countless fascinating use cases, we’re excited to help you explore the limitless potential of iOS-powered edge computing.

iPhone as a 3D Scanner

Did you know that your iPhone can be used as a high-precision 3D scanner? By utilizing its camera and LiDAR sensor, we can create accurate 3D maps of your surroundings and reconstruct objects with incredible detail. And the best part? This 3D reconstruction process can be done right on your device, opening up a world of possibilities such as:

  • Texture reconstruction and recognition
  • 3D object detection and tracking
  • Floor plan and room layout extraction
  • 3D measurement of object shapes and dimensions
  • Object visual inspection

We make use of all available iOS frameworks for real-world perception, 2D/3D data processing, machine learning, and AR.

3D and AR iOS frameworks we typically use: ARKit, RealityKit, SceneKit, Roomplan, MetalKit, GL Kit, Model I/O

CV and DL iOS frameworks: CoreML, Vision, CoreImage, CoreVideo, CoreMotion, CreateML, AVFoundation

By combining the powerful iOS frameworks with custom computer vision, deep learning, and sensor fusion algorithms, we can transform your iPhone into a powerful 3D scanner. This technology has incredible potential across a wide range of industries, from design and augmented reality (AR) games to construction and insurance.

At It-Jim, we’re committed to helping you harness the full potential of 3D data processing to take your business to the next level. We’ll help you leverage the latest in mobile technology and custom algorithms to unlock new insights and opportunities that you may not have even considered before.

iPhone as a Smart Microphone

With the explosion of audio, speech, and sound processing technology, your business can benefit from our R&D team’s expertise in this area. We are experts in a range of directions, including 

  • automatic speech recognition (ASR) or speech-to-text (STT), 
  • text synthesis or text-to-speech (TTS), 
  • emotion recognition, voice biometrics, and liveness detection, 
  • sound classification, speech enhancement, and noise suppression.

Our exceptional team of PhDs and software engineers can provide you with the best solution, no matter where you want to utilize the power of audio processing. We work with businesses across a range of industries, including healthcare and wellness, media, social networking and podcasting, gaming, marketing, and more.

At It-Jim, we develop custom solutions that do the job directly on the device to achieve zero latency, maximum security, and cost-effectiveness. We optimize the accuracy and performance tradeoff, leveraging the available ML models and CoreML framework while developing custom algorithms in C++ when needed.

iPhone as a Navigation Sensor

The iPhone’s sensors (cameras, LiDAR, accelerometer and gyroscope) offer a range of possibilities for location retrieval and navigation, making it a versatile tool for GPS-denied environments such as multi-level parking, business centers and exhibitions. What’s more, you can add an AR layer and transform your iPhone into a portal to the digital world that erases the borders between real and virtual environments.

Our team at It-Jim can leverage the following solutions for visual localization and tracking, including:

  • Visual SLAM and VPS
  • ARKit and custom user localization
  • Incorporation of fiducial objects, such as QR codes, images, or 3D objects, as anchors
  • Bluetooth Low Energy (BLE) and Inertial Measurement Unit (IMU) for indoor navigation
  • Multi-sensor setup for distributed areas (SLAM+BLE)

All above is possible with a core functionality implemented on your iPhone. This allows for efficient and cost-effective business applications without the need for additional hardware.

iOS Development for Pattern Recognition and Image Processing

Get ready to be amazed by what your iPhone camera and our AI expertise can do! With the help of the It-Jim team, your device can be transformed into a powerful tool for pattern recognition and image processing. Here are just a few examples of what your iPhone can be transformed into:

  • An efficient barcode scanner that can read 1D barcodes, QR codes, and perform custom pattern recognition.
  • An optical character recognition (OCR) tool that can extract text from images with high accuracy.
  • An instrument for real-time visual search that can recognize and categorize objects in real-time.
  • A device for quantitative estimation of biomarkers, providing lab-grade accuracy in the comfort of your own home.
  • A precise optical sensor working with the pro-RAW image format, providing unparalleled image quality and flexibility.

Our AI team has the expertise to get the maximum benefit from the advanced sensors in iOS devices, eliminating the need for external hardware in many cases. Let us help you unlock the full potential of your iPhone for pattern recognition and image processing.

iPhone for Video Processing and Analytics

Video processing and analytics on an iPhone can offer a multitude of benefits as well. It-Jim team can help you achieve the following use cases:

  • Recognizing emotions in videos
  • Tracking scenes and objects for augmented reality applications
  • Applying video effects such as inpainting and watermark erasing
  • Implementing AI-driven facial analysis for AR masks, toonification, emotion recognition and analytics, vitals estimation, face swap, face detection and recognition
  • Creating virtual try-on applications for hair, glasses, and clothing

We have the expertise to capture, process, encode/decode, compress, and analyze video streams with maximum efficiency. Our team can also distribute computations between the edge and cloud to optimize performance. With our expertise, you can rest assured that your business will benefit from cutting-edge video processing and analytics capabilities, all powered by your iPhone.

Ready to take your business to the next level with AI-powered iOS app development?

Computer Vision

Computer Vision

Being one of the most exciting AI fields, computer vision is a multidisciplinary area that deals with intelligent processing of visual information. It is behind the scenes of fingerprint recognition and biometrics in your smartphone, automated translation from an image, automotive safety, streamlined visual inspection of mass production, and many other fascinating tasks. Here, at It-Jim, we are passionate about computer vision R&D and engineering. Do you want to know why?

Computer Vision Engineering from A to Z

How would you call a person that combines a deep understanding of the image and signal processing theory with advanced programming skills? We call him an It-Jim engineer. Here are the top reasons why you should consider working with us: 

  • Our extensive academic background and solid practical experience help us to identify a best-fit solution for your business problem. We can efficiently handle technical challenges of any complexity and  offer our clients all kinds of  computer vision engineering: from technical consulting and algorithm construction to custom computer vision software development.
  • Team’s overwhelming R&D experience with 300+ scientific publications, 10+ best paper awards at international conferences and symposia and lots of plenary and regular talks delivered.
  • From mobile devices and embedded boards up to distributed systems in the cloud, our dedicated team integrates high-quality computer vision solutions into various platforms and hardware.
  • Our computer vision research  is based on the fusion of traditional approaches (feature extraction, image filtering, image matching) with different types of machine learning algorithms: neural networks, SVM, decision trees and up to state-of-the-art deep learning architectures.
  • From semantic and instance segmentation, object detection and recognition, multiple object tracking, 3D vision and reconstruction to abnormality detection and biometric identification of animals – any type of your image and video analysis tasks are covered.
  • With image being the most popular way of 2-dimensional data representation, it does not really matter what is the origin: optical camera, radar, IR or X-ray device. We can  extract the hidden knowledge from visual data of any nature, sensors and conditions.
  • We  deliver computer vision development and consulting services for any type of business (from small machine vision startups to global corporations) and a substantial majority of industries including healthcare, entertainment, automotive, sports, retail, manufacturing, real estate, security and surveillance, agriculture, gaming, building construction, or quality inspection.

It-Jim: Computer Vision Hub in Eastern Europe

It-Jim is more than computer vision research and engineering only. Here are the key reasons making us stand out from other companies working in the computer vision:

  • We pay a great deal of attention to Ukrainian CV community growth and development by regularly holding internships and winter schools, presenting lectures for students at the universities and delivering tutorials at the academic conferences. 
  • You can find us among invited speakers at prestigious AI/ML/CV conferences.
  • We constantly share interesting practical cases at our applied computer vision meetups.  
  • We are proud of the system of education inside the company. From trainee to advanced developer, we continuously contribute to the engineer’s growth. 

Computer Vision Tools and Technologies

Delivering well-balanced computer vision solutions in terms of performance and accuracy, as well as project duration and cost, requires appropriate technologies and practical skills in development and implementation. Our tools include but are not limited to:

  • Programming languages: Python, C/C++, Java, MATLAB, JS
  • Mobile: TF Lite, Java/Kotlin, Obj C/Swift
  • Frameworks and libraries: OpenCV, Tensorflow, Pytorch, Keras, NumPy, Scikit-learn, Pandas, Dlib
  • Embedded vision: CUDA, TRT, DLA

Start Your Success Story with It-Jim

Are you seeking a company that provides computer vision consulting services or computer vision software development with clear communication and respect for the deadlines? We are here to hear you out and provide you with an expert’s evaluation. Our qualified team with solid expertise is at your service – just email us your idea for a computer vision-based solution.  

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Image Processing

Image Processing

Since any arbitrary physical parameter can be encoded and visualized as an image, proper digital image processing solutions can be really handful in projects from many domains. Indeed, visual information like images and videos is the most widely used in all businesses, which is no surprise as the human brain instantly understands and interprets it. Basically, image processing can be considered as a type of two-dimensional signal processing applied to image pixels. Let’s see what tasks it can solve. 

Most Common Research Areas in Image Processing

Although image processing does not really deal with the understanding of image content (unlike computer vision), it has some magic tricks in its sleeve to impress you. Let’s have a look at the most common digital image processing research areas. They include:

  • image enhancement (emphasizing certain features of the image for specific analysis)
  • image restoration (reconstructing an image that has been corrupted and retrieving the lost information)
  • Image inpainting (replacing deteriorated parts and gaps filling)
  • image segmentation (breaking the image down into regions) and image classification (automatic assigning categories to the visual content) 
  • image-based steganography (hiding different types of information like text, audio, or image into other images)
  • image compression (reducing the size of the image for its storage or transmission without unacceptable degrading of its quality)
  • image decomposition (building alternative image representations to simplify the information extraction)
  • image filtering (noise suppression)
  • image editing (modification of image and its regions)

Image Processing Solutions at It-Jim

Over the years, developers at It-Jim have implemented numerous image processing algorithms for both research projects and commercial purposes. Whether it’s a web browser, mobile app, or embedded vision modules like NVIDIA’s Jetson family, we can deploy image processing solutions on all popular platforms.

We always work with state-of-the-art algorithms and use the full spectrum of modern tools and frameworks for efficient image and video analysis. The pool of techniques we use to build various image processing solutions includes but is not limited to: 

  • Deblurring, superresolution, contrast adjustment,  autofocusing, histogram equalization, filtering and noise suppression for image enhancement;
  • Gabor filters, wavelets, spectral analysis, PCA, ICA for image decomposition;
  • Detection of edges, lines, corners, and keypoints for feature extraction;
  • Object and texture segmentation, pattern detection, adaptive filtering, morphological operations for image analysis;
  • Superpixels, ridge detection, clustering, background subtraction for image segmentation;
  • Interpolation, gaps filling, restoration for image inpainting;
  • Multispectral imaging, burst image denoising, multi-frame noise reduction, HDR for image fusion;
  • Lossy and lossless compression, quantization, perceptual quality analysis, image-based steganography for image compression and transcoding;
  • Transcoding, compression, object tracking, action recognition for video analysis;
  • Simulation of visual data, augmentation for deep learning algorithms for image generation and augmentation.

We always provide customized algorithms based on business requirements. Our expertise in image understanding helps to optimize code for real-time applications. 

Contact Us for Image Processing Research

Are you looking for digital image processing solutions? It-Jim’s team provides consulting and R&D services for any image and video analysis problems. Leave your message below and we will send you our image processing research proposal.

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Signal Processing

Signal Processing

From smartphones to wearable devices, from healthcare to finance, signal processing is much closer than you think. Basically, any information can be represented as a signal: speech, audio, image, video, text, stock or electricity prices, medical parameters or any other arbitrary data. The signal processing engineering, then, can be used for the extraction, interpretation and transformation of many different types of information. 

Is Your Industry Implementing Signal Processing? 

Signals are used to encode information in almost every imaginable domain. One of the most important research areas in signal processing is associated with the healthcare industry. Clinicians are dealing with lots of physiological information: heart rate, oxygen saturation level, brain activity, the glucose level in blood etc., which is received using different devices and sensors including X-rays, IR and optical cameras, MRI and CT. Biomedical signal processing engineering helps to analyze and interpret these data in the most efficient way and often provides algorithms for early-stage diagnosis. The latest advances in research in signal processing come from augmented reality (AR) and mixed reality (MR) applications. Efficient IMU signal filtering and sensor fusion help to keep robust camera tracking even in case of occlusions and strong motion blur. What about the consumer electronics industry? With all the digital home assistants, drones, smartphones, GPS and wearable devices, signal processing is definitely there. Smart cities? Yes, in particular, when it comes to autonomous driving where input from different sensor systems, including ultrasound, radar and cameras, needs to be converted into data for control action. Entertainment? Well, guess what technologies are behind motion capture and digital cinema. 

So, is there a place for the digital signal processing research in your business? Most likely, yes.

Signal Processing Engineering at It-Jim

For the majority of It-Jim developers, the multi-year academic background is closely related to digital signal processing research. This implies the combination of fundamental knowledge of signal processing concepts and hands-on experience in numerical modeling, simulation, and implementation of digital signal processing solutions using MATLAB, C/C++, and Python. Interested? You can always learn more about our expertise through numerous research papers on digital signal processing of our team members. At signal processing conferences and symposia, we often received the best paper awards and were invited as speakers and technical program committee members. Such extensive  experience has helped us to successfully integrate lots of custom signal processing algorithms into real products and systems.  

So if you are looking for top-notch signal processing solutions, we are here to offer our services and add value to your business by: 

  • developing custom approaches and efficient implementation of signal processing algorithms and models for various applications:
    • biomedical signal analysis
    • time-series analysis and forecasting 
    • signal processing in computer vision problems
    • sensor fusion (IMU, BLE, GPS, images, etc.)
    • signal processing for AR/MR
    • signal understanding, interpretation and filtering
    • optimization of signal processing algorithms (C++, Python)
  • conducting cutting-edge research in digital signal processing:
    • participation in R&D activities
    • technical consulting, oversight and guidance for digital signal processing projects.

Let Your Success Story Begin

Whether you are looking for a job as a signal processing specialist or for the company to provide you with the advanced signal processing solutions, you’re knocking at the right door. Tell us about yourself or your idea below or join our team of innovative and passionate researchers by submitting the application.

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Machine Learning

Today, when we have long entered the era of artificial intelligence, computer vision (CV) could not stay aside from various techniques of machine learning (ML). Moreover, with a rapid progress of deep learning (DL) algorithms and, in particular, convolutional neural networks (CNNs), automatic analysis of visual information is reaching a new level. 

Impact of Machine Learning on Computer Vision

ML and DL methods are now widely used for object detection, recognition and tracking; semantic and instance segmentation; image classification; face detection and recognition; automatic document analysis and OCR; human pose estimation and action recognition; pattern detection and recognition, and many other tasks. But why do CV tasks benefit the most from using machine learning? Many computer vision systems are developed for automatic decision making. Here, the main challenge is to ensure stable operation under changing conditions like indoor and outdoor scenes, varying illumination, occlusions, etc. Even advanced feature extraction and image preprocessing methods often fail when facing such diverse input data. ML algorithms help to tackle the challenges and detect hidden patterns in the available information:

  • Typical unsupervised learning algorithms are used for clustering, dimensionality reduction, and data representation in high-dimensional spaces. This helps a lot in better image/video understanding and interpretation.
  • Supervised ML algorithms help to accumulate various scenarios of visual appearance, which is often impossible to cover using only classical CV pipelines.
  • The most popular DL algorithms (mostly CNNs in CV) have an underlying concept of feature learning instead of feature crafting. This unique advantage of CNNs makes them superior in various CV tasks.

In practice, a combination of traditional CV and ML/DL often gives the best results. 

It-Jim: Machine Learning Consulting and R&D Company

Being experts in both image processing and machine learning, we always combine classical CV and DL to deliver the optimal solution for a given problem based on available hardware resources and infrastructure. For every client, we build a custom methodology, which perfectly meets the requirements and business needs, and ensure the robust performance of ML pipelines in production everywhere: mobile and embedded devices or cloud GPUs.

As a machine learning company, we have run 50+ ML and DL projects and constantly apply the latest achievements and state-of-the-art DL architectures in our research. Here is the list of machine learning and deep learning services that we provide for CV tasks: 

  • machine learning software development
    • dimensionality reduction and data representation (PCA, ICA, LDA)
    • fitting techniques (regression models, splines, OLS, etc.)
    • clustering methods (k-Means, Mean-Shift, EM, DBSCAN, hierarchical clustering, etc.)
    • supervised ML models (SVM, NN, Decision Trees, AdaBoost, k-NN, etc.)
  • advanced feature extraction algorithms
    • feature extraction for image matching (SIFT, SURF, ORB, A-KAZE, d-Nets, edge and line detection methods, HoG, etc.)
    • feature extraction for text localization (SWT, ER, MSER, etc.)
    • feature extraction for faces (Haar, keypoint descriptors, histograms)
    • image preprocessing and filtering (Gabor filtering, wavelets, image thresholding, contrast enhancement, etc.)
  • Deep learning solutions
    • face detection and recognition (openface, RetinaFace, DSFD, etc.)
    • semantic segmentation (U-net, DeepLab, Mask-R-CNN, FastFCN, etc.)
    • monocular depth estimation (DenseDepth, DORN, BTS, etc.)
    • object detection and recognition (YOLO, SSD, RetinaNet, EfficientDet, etc.)
    • human pose estimation (OpenPose, PRM, MSPN, etc.)
    • multiple people tracking (PoseTrack, HRNet,  STAF, etc.)
    • GANs for style transfer, image generation, superresolution, face swap and deep fakes
    • image classification (Inception, ResNet, EfficientNet, etc.)

We often apply our experience in ML/DL to various data processing tasks like time-series analysis and forecasting, text understanding and NLP, voice and speech recognition, audio processing and more. 

Is Your Company Looking for Machine Learning Solutions?

Add value to your business by using top-notch technology like machine learning today. You are one click away from high-quality machine learning consulting or software development and state-of-the-art deep learning solutions, well-balanced in terms of accuracy, performance and computation resources. Why don’t you tell us about your ideas below?

And if you want to join one of the companies working in machine learning that pays a great deal of attention to boosting skills and knowledge of its team members, you have just found one. Simply apply here to become one of us.

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