GMV Nsl Limited

White Rabbit (WR) is a GNSS-independent, Ethernet-based technology for time distribution over optical fibre. Originally developed by CERN (European Organisation for Nuclear Research) for particle physics experiments, WR is gradually being used by other applications such as comparison of distant atomic clocks, synchronisation of antenna arrays in radio-tel...

Quantum sensing technologies offer levels of measurement precision, accuracy, and stability that exceed those offered by classical (or non-quantum) approaches. An area where this performance enhancement shows great potential is in positioning, navigation and timing (PNT) systems. An important subcategory of PNT systems are ones based on inertial navigatio...

White Rabbit (WR) is an emerging technology developed at CERN for GNSS-independent, Ethernet-based time distribution over optical fibre. WR provides affordable sub-nanosecond accuracy and few-picosecond precision, and thus is an ideal method to synchronise large and complex distributed systems. The WR switch is the key component of the WR technology. The ...

The TITUS project will develop a new timing service over the UK using passive monitoring of communications signals from proliferated satellite mega-constellations as a signal of opportunity. The TITUS project proposes a highly innovative concept based on processing the high power and freely available Iridium signals, which are received at low-cost sensors...

We live surrounded by Artificial Intelligence (AI) applications such as virtual assistants or recommendations systems. Some of these models are so accurate because they learn from the behaviour of all of us in a federated way, i.e. we are all enriching the AI model. While this brings us great value, there is a concern behind all this massive use of our da...

The dissemination of accurate and robust time information is a challenge even nowadays. The main methods in use are GNSS (very accurate and inexpensive, but based on the reception of very weak signals susceptible to jamming), and network-based protocols such as PTP or White Rabbit (which require point-to-point network engineering and dedicated hardware su...

Increasing crop productivity with reduced inputs and lower impacts on the environment is a major challenge for global food production. Among all farmer-controlled input factors, Nitrogen (N) has the second-largest impact on crop growth after water and arable soils are a predominant source of N in many cropping systems. Optimal N fertilisation can increase...

The modern world is dependent on the supply of mineral resources to provide the raw materials to meet, current and future needs for energy, manufacturing and construction industries and demands are increasing exponentially due to population growth, life expectancy and a more technologically-focused, digital world which requires sophisticated mineral produ...

Precise train positioning is key to the vision for an innovative railway presented by the Rail Capability Delivery Plan 2017\. GPS is problematic for rail and currently the industry relies heavily on signs, transponders and balises in the track to locate a train at a specific point on its path. These are expensive to install and maintain. Each new applica...

NANO-TAG is a follow-on project to the Micro Tag Innovate project, and involves two partners from the original project. We will further develop and exploit the innovative outcomes of this project, combining GNSS and sensor data for applications within and beyond the Justice system. We will create an even smaller and more sensitive system that is modular b...

The project shall explore the potential to develop new partnerships with international players in the area of Global Navigation Satellite Systems (GNSS). The project will investigate the opportunities that exist and the methods of achieving technology transfer and IP licensing of key components to Asian GNSS receiver manufacturers as a means to accelerate...