Étiquette : Tesla

NEXYAD DEMO CAR DREAMOTOR1 SHOWCASED AT RENAULT,
WITH OUR PARTNER HERE TECHNOLOGIES

 

We could showcase DREAMOTOR1 yesterday at RENAULT with NEXYAD of course, and our partner HERE Technologies.
Functions showcased:
. Safety score,
. Safety CoachThere will be many showcases of DREAMOTOR1 in France and in Europe during 2022.We have integrated technologies from NEXYAD, INTEMPORA, ECOTECHNILIN, and we wrote all the global and detailed specifications for integration of technologies from SBG Systems, YOGOKO, IMPORTANT.

We are discussing with GREENERWAVE to fancy the best way to integrate their technology. DREAMOTOR1 is already the smarter demo car and will remain it in time.
On the picture at RENAULT Guyancourt, I am with Olivier Beldi from HERE Technologies. HERE Technologies believed in NEXYAD from the very start, And we showcase together at RENAULT (that have signed with GOOGLE), and in a way, we « bring » HERE with us, and they help us being better. Small teams may bring strategic advantages … We’re happy about this.

Now that we have DREAMOTOR1, our unique embedded cognitive AI technology SafetyNex, which is second to none, can be showcased for 3 functions:
. Safety Score: much more accurate and relevant than TESLA one. Think again ! it is not everyday that you have the opportinuty to take over TESLA !
. Safety Coach that advices driver during trip and helps to avoid most emergency situations (and then many accidents)
. Preventive ACC / AD (soon available on DREAMOTOR1) that controls vehicle speed in order to keep driving behavior cautious regarding static and dynamic contexts

Nobody stops Dreamotor 1.

#NEXYAD #HERE #HEREtechnologies #TESLA #RENAULT #DREAMOTOR1 #AI #embedded #ADAS #GOOGLE #CognitiveAI #DemoCar #Emergency #EmergencySituations #Accident #RoadSafety
#INTEMPORA #ECOTECHNILIN #SBGSystems #YOGOKO #GREENERWAVE #FHELECTRONICS #IMPORTANT

New article from Auto News by Laurent Meillaud (in french)

 

NEXYAD, UN AS DE L’IA QUI FAIT MIEUX QUE TESLA ?

La PME française a mis au point un outil qui permet de calculer les risques en fonction du profil de la route, de l’environnement et de la vitesse. Ce système combine l’intelligence artificielle, des capteurs et des cartes de haute précision.

Lors du récent congrès sur les transports intelligents (ITS) de Hambourg, on a pu voir tourner dans les rues de la ville une Renault ZOE baptisée « Dreamotor 1 ». Et elle serait, selon ses concepteurs, l’un des plus sûres au monde. Pourquoi ? Parce qu’elle intègre un système d’intelligence artificielle très évolué, fruit de 20 ans de recherche au sein de la PME Nexyad, et qui a fait ses preuves*. Ce système a pour nom SafetyNex et mesure 20 fois par seconde le niveau de risque en fonction du contexte routier (vitesse, analyse de l’environnement, type de route). Cet outil assez unique s’appuie sur les cartes pour GPS de haute précision de HERE Technologies, dans le cadre d’un partenariat. La ZOE intègre une fonction « safety coach » qui s’appuie sur des données en temps réel pour recommander au conducteur à quelle vitesse maximale il peut rouler. Précisons que ce coach peut aussi agir en cas d’urgence sur le régulateur de vitesse intelligent (ACC), s’il estime que le niveau de danger est trop élevé et en cas de non-réaction. Le système d’IA de Nexyad bénéficie à bord de ce prototype de l’apport d’autres technologies pour calculer encore plus précisément en temps réel le risque routier.

Lire l’article en entier sur le site AutoNews.fr

 

 

 

 

 

 

 

Deep Changes in the Business of Car Insurance
Nexyad White Paper #3

« Deep changes in the business of car insurance.
Contribution of smartphone App SafetyNex in this global context. »

Version française

by NEXYAD
September 2016

1 – Role of the insurer
The insurance idea would have appeared on the occasion of the first great journey by boat, and the appearance of « modern » insurance is generally dated from the 19th century.
The principle of insurance is easy to understand : if accidents are rare (compared to the number of occurrences – travel, car trips, etc.), a simple and prudent idea then is to « put aside » a certain amount of money for each occurrence (which on average does not lead to an accident) and to use the money to repay the cost of the claim in case (rare) of accident.
One could imagine that individuals manage themselves each a « pot » of this type. Of course, even if an accident is rare, you never know when it happens and it may happen at any beginning of the process so that the pot is almost empty.
We could then easily make a common pot between several people, to smooth it : if three people make a common pot, it is unlikely that the three have an accident while starting hoarding. But… it is anyway possible. Although if the pot is conceived with hundreds of thousands of people there, you secure the problem of « instant » of the accident. This is the « law of large numbers », which allows a deterministic modeling of chance : the odds. It remains to define the amount of money to set aside each month for example (or each travel).
To handle this (a pot shared by hundreds of thousands of contributors, the estimated sum to put aside, etc…), it is obvious that it is necessary to have qualified personnel, sufficient… and finally, it happens naturally to the idea of the Insurance Company.

Read the entire paper

Modification profonde du métier de l’assurance auto
Nexyad Livre Blanc n°3

Modification profonde du métier de l’assurance auto.
Apport de l’App smartphone SafetyNex dans ce contexte global.

Par NEXYAD
Sept 2016

English translation

1 – Rôle de l’assureur

L’idée d’assurance serait apparue à l’occasion des premiers grands voyages maritimes, et l’apparition
« moderne » de l’assurance est généralement datée du 19ème siècle.
Le principe de l’assurance est le suivant : si les accidents sont rares (comparativement au nombre
d’occurrences : de voyages, de trajets automobile, etc.), une idée simple et prudente consiste alors à « mettre de côté » une certaine somme pour chaque occurrence (qui en moyenne ne conduit pas à un accident) de manière à utiliser cette somme pour rembourser le coût du sinistre en cas (rare) d’accident.
On pourrait imaginer que les particuliers gèrent eux-mêmes chacun une « cagnotte » de ce type. Bien sûr, même si un accident est rare, on ne sait jamais quand il arrive et il se peut qu’il arrive au tout début du processus si bien que la cagnotte est presque vide.
On peut alors facilement faire une cagnotte commune entre plusieurs personnes, pour lisser ce problème : si trois personnes font une cagnotte commune, il est peu probable que les trois
aient un accident au tout départ de la thésaurisation. Mais … c’est quand-même possible. On conçoit bien que si l’on construit la cagnotte avec plusieurs centaines de milliers de personnes, là
on a sécurisé le problème du « moment » de l’accident. C’est la loi des grands nombres qui permet d’utiliser une modélisation déterministe du hasard : les probabilités. Reste à définir le montant de la somme à mettre de côté, chaque mois par exemple (ou à chaque trajet).

Lire le livre blanc ici

L’accident mortel en Tesla aurait peut-être pu être évité

L’accident mortel en TESLA aurait peut-être pu être évité grâce à des modules logiciels de NEXYAD

English translation

par NEXYAD, août 2016

Les passions se déchaînent autour de la question des véhicules autonomes, ou semi-autonomes. Récemment, une personne a perdu la vie dans son véhicule TESLA alors qu’il était en mode auto-pilote.
NEXYAD a étudié la sécurité routière pendant une vingtaine d’année, et nous donnons quelques éléments de réflexion sur ce type d’accident.

Les chaînes de traitement de l’information des systèmes auto-pilote, driverless, etc… allant de la perception de l’environnement jusqu’à la prise de décision et à la gestion automatique des actionneurs, sont généralement très bien conçues, et mettent en œuvre des modules performants. Mais cela ne suffit pas à rendre nul le risque d’accident. En effet, pour traiter ce risque, il manque une chaîne parallèle (et indépendante) de « monitoring ».
C’est pour bien comprendre cette nécessité, il faut tout d’abord appréhender le niveau de complexité d’une scène routière vue par une caméra.

Le livre blanc à lire ici

Newsletter #11 is available

The Nexyad Automotive & Transportation Newsletter #11


SafetyNex the Driving Force of Nexyad Products


Headlines :

– Future Events
– Accident fatalities in Tesla car
– White paper « Vehicle Telematics, Measurement of Risk in Driving, Respect of Individual Freedoms »
– A scale model car to test ADAS
– SafetyNex available on App Store and Google Play Store end of october

Read the Newsletter

SafetyNex the Driving Force of Nexyad Onboard Products

NEXYAD Automotive & Transportation Newsletter #11, August the 24th, 2016



Headlines :

– Future Events

– Accident fatalities in Tesla car : NEXYAD modules might prevent accident.

– White paper « Vehicle Telematics, Measurement of Risk in Driving, Respect of Individual Privacy » (Auto Insurance and ADAS applications)

– A scale model car to test ADAS (ADAS validation)

– SafetyNex available on App Store and Google Play Store end of october



Future Events

NEXYAD at the Mondial de l’Automobile 2016, october 5th.

NEXYAD will be on Mondial de l’Automobile 2016 at Paris, october 5th invited by BMW on BMW booth.
After have been choosen as one of the three winners of BMW Techdate Challenge 2016.
Mondial Nexyad

Reminder : BMW Techdate wished to push ahead the french innovative high tech and identify new partners for technology matters. After a picky skimming, 20 startups were selected to present their project in front of a professional panel of Automotive, mobility, and connected car experts.
The quality of SafetyNex impressed the jury and the 9th june, BMW France announced Nexyad as part of the 3 winners of the first Techdate Challenge with Oridao and Sentryo.

BMW Techdate winner
Gérard Yahiaoui, Nexyad CEO

Reporter Stephane Soumier invited Serge Naudin CEO of BMW Group France and Gerard Yahiaoui CEO of Nexyad at « Good Morning Business » on the major french TV Channel BFM Business.

BFM Business
From left to right : Serge Naudin, Stéphane Soumier, Gérard Yahiaoui


NEXYAD will visit Automotive major companies in Germany

Four french competitive clusters, Mov’eo, ID4CAR, LUBT and Véhicule du futur organized a new mission for their members : The International Partnership Approach. NEXYAD will take part of it.

Onboard Systems for the Connected and Smart Car – 28th november / 1st december 2016

The delegation will visit BMW, AUDI, CONTINENTAL, DAIMLER, BOSCH, PORSCHE, and the University of Nuremberg… in the cities of Munich, Regensburg, Nuremberg and Stuttgart.
Mission Germany

More information here


NEXYAD at the next CES in Las Vegas 5-8 January, 2O17
CES 2017


All lights are green for SafetyNex App on Smartphone
Four french Insurance companies are currently testing SafetyNex.

Since end of june 2016, it is possible to ask NEXYAD for a test (30 days) of SafetyNex App on Android Smartphone.

Do not hesitate to request.
TRY IT !
SafetyNex for IOS (Iphone) will be available at the end of september.



Accident fatalities in Tesla car : NEXYAD modules might prevent accident.

Accident fatalities in a TESLA car might have been avoided by using software modules of NEXYAD : the time for monitoring circuit has come.
By NEXYAD

Processing circuit, informing auto-pilot systems, control, etc … from perception, data fusion, decision-making, and automatic control of actuators, are usually very well designed, and based on high-performance modules. But unfortunately, this is not enough to void the risk of accidents. Indeed, for the treatment of this risk, it lacks a parallel circuit (parallel and independent) called « monitoring » circuit.
To understand this need for a monitoring circuit, one must first understand the level of complexity of a road scene viewed from a camera.

The variability of road scenes is actually much more than what a normal person comes to imagine. Indeed, a color image, which has eight bits for each colors (then, 24-bit, as there are 3 colors) may encode 224 different color levels per pixel (more than 65,000 different possible values). HD video has more than 2 million pixels.
This means that the matrix of HD 8-bit color image may encode more than 65 0002 000 000 images !
This huge number is simply unimaginable.

Read the entire paper

Accidented Tesla
http://www.nextinpact.com/news/100804-accident-mortel-tesla-model-s-roulait-trop-vite-enquete-se-poursuit.htm



White paper « Vehicle Telematics, Measurement of Risk in Driving, Respect of Individual Privacy » (Auto Insurance and ADAS applications)

SafetyNex for Insurance

« Vehicle Telematics, measurement of risk in driving, respect of individual privacy » is the new white paper from Nexyad, which explains important points to check on a vehicle telematics application to assess the risk taken by the driver about his driving task.

The calculation of risk requires having contextualized data that are inherently confidential, personal, and therefore which must in no case be recorded on computer servers in a cloud as they contain, directly or indirectly, information about offenses (in France it is forbidden: by respect of the criminal code and rules CNIL).

Onboard-measurement-of-risk-of-accident-with-SafetyNet-real-time-risk-assessment.pdf



A scale model car to test ADAS (ADAS validation)

NEXYAD will use a scale model car for ADAS and driverless software modules testing & validation.

Nexyad built their own intelligent scale model of car integrating a camera and telecommunications to a PC running the RT-MAPS framework (by INTEMPORA).

Scale Model Car Nexyad

The PC runs real world detection software modules of NEXYAD into the framework RT-MAPS. Then the
scale model car can evoluate on a scale model landscape where it is easy to generate complex use cases
such as sun rising and other perturbations that are not easy to record in the real world and that are not that easy to simulate.

Beside, Nexyad built a testing and validation database that will represent thousands of million km of natural driving with the fewest number of vids as possible.
NB : this NEXYAD validation database will be available for free to every research and development team in the world on the NEXYAD web site.

Database

This database will be used by NEXYAD of course to test and validate their own software modules for ADAS and Driverless cars :
. RoadNex for road detection
. ObstaNex for obstacles detection
. ObstaNex BiCam for obstacles detection using 2 cams
. VisiNex for visibility measurement
. SafetyNex for real time onboard risk assessment

This database is the result of a advanced methodology published in the 90’s by Nexyad Founder. The methodology « AGENDA » allows to build and validate camera-based complex detection and recognition systems (for ADAS and driverless cars).
This methodology was recently re-published and presented in different symposiums in Europe to show exactly how it may be used by car manufacturers and their OEMs.



SafetyNex available on
App Store and Google Play Store end of october

SafetyNex One Pager

Interest for the driver :
. SafetyNex warns you when there is a danger ahead in function of your car speed (save your health or your life)
. SafetyNex warns you when your speed is over legal limitation (save your money and your driving licence)

Interest for Insurance Companies :
. SafetyNex provides qualified data as histogram of risk taken by the driver, eco driving score, statistics of usages, contingency tables, etc.

Interests for car manufacturers :
. SafetyNex can be used as ADAS for customers
. SafetyNex gives the risk taken by the robot driver of future Autonomous Car

AVAILABLE END OF OCTOBER ON :
Stores

More information

Accident fatalities in a TESLA car

Accident fatalities in a TESLA car might have been avoided by using software modules of NEXYAD :
the time for monitoring circuit has come.

Version française

By NEXYAD

Processing circuit, informing auto-pilot systems, control, etc … from perception, data fusion, decision-making, and automatic control of actuators, are usually very well designed, and based on high-performance modules. But unfortunately, this is not enough to void the risk of accidents. Indeed, for the treatment of this risk, it lacks a parallel circuit (parallel and independent) called « monitoring » circuit.
To understand this need for a monitoring circuit, one must first understand the level of complexity of a road scene viewed from a camera.

The variability of road scenes is actually much more than what a normal person comes to imagine. Indeed, a color image, which has eight bits for each colors (then, 24-bit, as there are 3 colors) may encode 224 different color levels per pixel (more than 65,000 different possible values). HD video has more than 2 million pixels.
This means that the matrix of HD 8-bit color image may encode more than 65 0002 000 000 images !
This huge number is simply unimaginable.

Read the entire paper

Accidented Tesla
http://www.nextinpact.com/news/100804-accident-mortel-tesla-model-s-roulait-trop-vite-enquete-se-poursuit.htm