Augmented Reality

Focuses on designing and developing immersive AR applications across industries. Covers user interaction, real-time rendering, and deployment strategies. Supports enhanced engagement through interactive digital experience.

Transforming Digital Experiences into Real-World Solutions with Precision Augmented Reality (AR).

Person experiencing Augmented Reality with Headset

Because of the growing demand for immersive experiences, interactive visualization, and the real-time integration of digital information into our day-to-day lives, Augmented Reality (AR) has developed rapidly as an area of research over the past few years. To support these advanced and evolving technologies in addition to furthering innovation in AR, Pubrica offers specialised solutions to Augmented Reality researchers by providing services such as 3D modelling, AR application development, and complete academic solutions to AR designers, developers, and specialists. Our entire family of AR solutions are designed to increase the calibre, accuracy, and long-term impact of the final deliverables from research across the entire spectrum of Augmented Reality.

Overall, Augmented Reality research consists of the following core technical subjects: Computer Vision, 3D Modelling, Human-Computer Interaction, and Spatial Computing. Each of these subjects focuses on how to seamlessly integrate digital content with the real world. Engineering principles are applied to image recognition, object tracking, rendering, and how users will interact with the system. Engineering principles include computational modelling, simulation tools, real-time processing methods, and

AR optimisation techniques which serve to allow developers to address complex problems in the area of immersive technology. Additionally, computational AR projects allow researchers to create simulated environments for user interaction, create simulation maps of the environment and monitor system performance using predictive modelling techniques to generate greater levels of insight and innovation related to AR technology.

Our Core Areas Of Augmented Reality

We have extensive knowledge in a number of key fields of AR; Innovation for Education, Health Care, Entertainment, and Industrial:

AR Applications Designingand Developing

Create applications that use AR technology in order to enhance users' experience by providing better engagement, visualizations, and interaction.

Computer Vision andObject Tracking

Use different methods to track and recognize images and objects in real-time; so that we can provide users with AR experiences.

Building and Visualizing3D Models

Build high-quality 3D assets and environments that can be used within immersive AR experiences.

Spatial Computing

Combine digital content and the real world; allowing users to interact with digital content within their real world.

Designing the User Experiences(UX/UI) for AR

Create user interfaces (UI) and user experiences (UX) that allow users to interact with AR seamlessly.

Simulating and Renderingin Real-time

Use advanced tools to both simulate environments and to render content in an efficient manner for AR.

Wearable AR Technologies

Create AR technologies specifically designed for wearables (i.e. Smart Glasses, Head Mounted Displays).

AR Cloudand Networking

Create a cloud-based infrastructure where AR can be experienced collectively (and/or) continuously.

Environmental Mappingand SLAM

We create efficient algorithms for processing and analysing large volumes of data sets.

Our Expertise in Augmented Reality Research and Publication

At Pubrica, we offer specialized expertise in Molecular Engineering research and publication, supporting scientists, researchers, and industry professionals in advancing their work. Our services include:

Emerging Trends in Augmented Reality

The development of cutting edge AR technology will allow for advances of immersive technology and digital transformation in many ways. Some trends include the following:

Applications of Augmented Reality

AR is a combination of multiple fields through the ability to add digital elements to existing/in-use physical space. Augmented Reality has many possible applications, some of which include the areas of:
Educational Institutions: (using interactive material and virtual laboratories)
Healthcare Organisations: (surgical assistance and training for practitioners)
Retailers: (offering the ability to see how clothing will look if worn)
Industrial Companies: (maintenance and/or training using AR)
Gaming/Entertainment Companies: (having a virtual experience (gaming))
Architectural Firms or Real Estate: (to walk through a property without being physically present at that site)
Tourism Industry: (navigating with AR through physical locations and visualising previous events)
Marketing and Advertising: (the ability to interact with a company through various media types)
Applications of Augmented Reality

Where Our Authors Publish

Our authors share Pubrica's expert content in top-tier journals, conferences, and platforms, maximizing and amplifying its recognition and reach. Our placement will enhance our visibility and elevate our standing in an authoritative capacity.

Journal Cover Sample

Paper Title: Advances in Augmented Reality Systems for Real-Time Applications

Author: John R. Anderson

Journal Name: Computers & Graphics

Publisher: Elsevier

Impact factor: 3.8

Our Expert Augmented Reality Editors

Pubrica's team of subject matter experts brings unparalleled expertise and diverse perspectives to deliver comprehensive solutions with precision and innovation. With a blend of experience and specialisation, they ensure excellence in every project they undertake.

Dr. Robert Klein
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Dr. Robert Klein

PhD in Computer Vision

15 years of experience
200+ manuscripts edited
Dr. Ananya Iyer
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Dr. Ananya Iyer

PhD in Human-Computer Interaction

12 years of experience
160+ manuscripts edited
Dr. David Chen
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Dr. David Chen

PhD in AR Systems Engineering

11 years of experience
150+ manuscripts edited

What Our Client Says About Us

The editorial team demonstrated exceptional expertise in AR system modelling. Their revisions improved clarity and usability significantly.

Portrait of Dr. Hiroshi Tanaka

— Dr. Hiroshi Tanaka

AR Researcher

Japan

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Pubrica helped refine our AR-based healthcare application research. Their editing ensured high-quality publication standards.

Portrait of Dr. Elena Petrova

— Dr. Elena Petrova

AR Scientist

Russia

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Their understanding of immersive technologies and 3D systems was impressive. They enhanced both structure and impact.

Portrait of Prof. Michael Anderson

— Prof. Michael Anderson

Digital Systems Researcher

USA

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