With a decade of inquiry and development under its belt in the wearable space , Huawei has already rise to be one of the industry ’s key innovators .
And after building major sports and health science research lab in Xi’An and Songshan Lakes ( Dongguan ) , the company ’s novel Helsinki Health Lab is the tardy quickness contrive to help oneself deliver the future of health and physical fitness tracking .
press cutting - edge engineering science , testing equipment , and a dedicated group of researchers are at the heart of Huawei ’s Leslie Townes Hope for beat back innovation to its latest smartwatches and tracker , though the Health Lab also acts as a hub for the caller to collaborate with academic institutions from across Europe .
Here , we ’ll be detail exactly which areas the Finland laboratory is focused on , the breakthrough that are occurring , and how they ’re helping meliorate Huawei ’s voguish vesture .
The testing behind the scenes
At the Helsinki Health Lab , there are three primal thespian driving forward the research and development .
The first of these is an in - menage team of six scientific Dr. and 20 expert operating in the subject of software engineering , software package examination , stilted intelligence agency , car encyclopedism , and physiology . Then , there are the participants themselves – ranging from novice to Olympic - layer athlete and hand Huawei a broad ambit of data point to analyse and acquire into its engineering science .
Where the conjuring trick happens , though , is when these two mathematical group tap into the datum captured on the major examination stations – ones that are able to assume over 20 sports modality .
The science laboratory ’s counter - current pool , as an example , is able to give birth moderate flow rates , H2O temperature , and water supply quality , allow swimmer to gather accurate and consistent data without the limitations of a typical puddle . In these tests , the natator wear a K5 metabolic mask that tracks their maximum oxygen ingestion , with their cardiorespiratory survival also analysed .
Swimming is n’t the only major profile being acquire in Huawei ’s research to aid refine the truth of its sports tracking , either .
With the instrumented salt mine , plantar pressure can be developed into a 3D model that accurately visualises a runner or walker ’s posture so as to inform wound prevention or renewal .
Using the large , multi - functional treadwheel , various conditions and terrains can also be double to serve stress - test Huawei ’s algorithmic rule and wear – with GPX data even capable to be synchronize up with the place .
This mean templates in mountainous regions , as well as plains and hills , can be tested by researchers , with some experiments even including skateboard and wheelchairs .
Skiing is also a major focus in the Helsinki laboratory – and Huawei is bolster its on - wrist joint algorithms by using its on - site simulator .
Here , researchers are able to monitor and align ‘ downhill ’ speed through the control of inclines , synergistic road , and poles , with the skier ’s position , forces , carve slant , and speed all automatically logged through the simulator ’s ramp up - in detector .
Bringing innovation to the wrist
For all the investment and R&D direct place behind the scenes at the Huawei Health Lab in Helsinki , the major beneficiary are the users of the company ’s smart wearables .
In fact , some of this piece of work is already contain fruit , with innovations relate to fitness assessment , VO2 Max , and calorie estimate all making their way onto the raw HUAWEI WATCH GT 4 .
The exploitation of Huawei ’s proprietary TruSports ™ first began at the Helsinki Research Institute six age ago , and is now a fully - fledge scientific sports management system available on the wrist that facilitate users manage their grooming with supreme accuracy .
Measuring seven key indicators – maximum atomic number 8 intake , calorie burn , education burden , convalescence sentence , performance foretelling , and aerobic / anaerobic training pressure – the arrangement is able to quantify a user ’s running play ability , as well as phonograph recording and analyse training data and leave personalised prompting for upcoming workouts and plans .
TruSports ™ is n’t the only innovation bear from Huawei ’s research in Finland , either , with its proprietary VO2 Max algorithm also being rise here . In fact , in the current Helsinki lab , the HUAWEI WATCH GT 4 is the equipment used to evaluate maximal oxygen mass during experiments and inquiry .
In more cosmopolitan fitness tracking , the integration of Huawei ’s AI algorithms and transversal - establishment from different regions across the globe has also foster the development of the Stay Fit nutritionist’s calorie tracker .
Made potential by the latest TruSeen ™ 5.5 + heart rate varan , the truth of caloric signal detection has increased to a level that ’s 24 % high-pitched than what the industriousness ’s mainstream algorithms are capable of . This data is then also fed into the Huawei smart wearable ’s Activity Rings .
Shaping the future with partnerships
Huawei may be busy in the Helsinki Health research laboratory furthering its own fresh wearable algorithm and truth , but that does n’t stand for research is confined to its own team ; it ’s currently involve in a numeral of initiative and projection across Europe to help oneself develop the hereafter of the manufacture for the greater goodness .
A key part of this , of course , is helping explicate insight into health result , with Huawei presently involved in several cardiovascular - related initiatives across the continent .
One of these sees the companionship cooperator up with the Polytechnic University of Milan to help further modernize ECG engineering science ’s ability to discover cardiovascular disease , while another is assessing the software of Huawei ’s wearable gadget in managing apoplexy patient role .
Early detection of hyperglycemia is even being research with the company ’s help .
Meanwhile , one of the young partnership is with iCARE4CVD , which is part of the EU ’s Innovative Health Program . This initiative is focalize on improve viewing and disease direction in patients with the help of AI algorithms and smart wearables , with Huawei the only wearable manufacturing business on plank .
Huawei ’s role in shaping the future of the wearable space is n’t limited to health conditions , either , with approachability also among the list of research priorities .
This not only include understanding and resolving the lack of inclusivity in sports mode for those with disabilities , but also research specific particular regarding exercise volume indicators , utilization space , calorie usance , and more .
New alternatives for features design for able-bodied - bodied users – such as sedentary reminder and activity rings – are also a focus of Huawei ’s continued research in the area , with the company seeking research cooperation from both disabled subjects and universities in the future .
By tackle the industry ’s most push accessibility and health - related issues , compound with the proceed storey of committal to inquiry and development , it ’s clear that Huawei is on the front line of wearable initiation – with the Helsinki Health Lab an intact part of realising its ambitions .
