sports: electronic tracking and analysis system: local position measurement (lpm)

LOCALLOCALLOCALLOCALPOSITIONPOSITIONPOSITIONPOSITIONMEASUREMENT.MEASUREMENT.MEASUREMENT.MEASUREMENT.Sports

LOCAL POSITION MEASUREMENT LOCAL POSITION MEASUREMENT LOCAL POSITION MEASUREMENT LOCAL POSITION MEASUREMENT at a glance

ABATEC AG (AT) ABATEC AG (AT) ABATEC AG (AT) ABATEC AG (AT)

Electronic Electronic Electronic Electronic highhighhighhigh----techtechtechtech solutionssolutionssolutionssolutions expertexpertexpertexpert

� Development LPM hardware and software

� International sales in all fields of application

JF PARTNERS CONSULTING UNDJF PARTNERS CONSULTING UNDJF PARTNERS CONSULTING UNDJF PARTNERS CONSULTING UNDMANAGEMENT GMBH (AT)MANAGEMENT GMBH (AT)MANAGEMENT GMBH (AT)MANAGEMENT GMBH (AT)International International International International salessalessalessales specialistspecialistspecialistspecialist

International sales of the LPM system in the field of sport

INMOTIO OBJECT TRACKING BV (NL)INMOTIO OBJECT TRACKING BV (NL)INMOTIO OBJECT TRACKING BV (NL)INMOTIO OBJECT TRACKING BV (NL)Sport Sport Sport Sport softwaresoftwaresoftwaresoftware developmentdevelopmentdevelopmentdevelopment and and and and salessalessalessalesspecialistspecialistspecialistspecialist

� Development LPM software(lpmSoccer3D, lpmIceHockey3D, lpmSkate3D)� International sales in the field of sport

Research and co-development of the LPM system:

AEC futurelab (AT), Siemens Munich (DE), ARC Austrian Research Centers Seibersdorf (AT), LCM - Linz CompetenceCenter of Mechatronics (AT), SCCH -Software Competence Center Hagenberg (DE), TNO - Netherlands Organization forApplied Scientific Research (NL)

LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. Sport

Local Position Measurement (LPM) is an electronic tracking system with sport-specific software. It is used to measure and visualise the athletic performance as well as individual and team tactic in real time.

Elite sport clubs, (Olympic) training and sport centres as well asyouth academies use LPM to improve the strengths, speed and endurance of the athletes and to avoid injuries and overload by employing highly individualised, innovative and efficient training methods due to the usage of LPM.

LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. Sport

Local Position Measurement (LPM) can be employed in individual sport and team sport for training purposes and/or competitions or matches.

Sport-specific software developed conjointly with experts, trainers and elite clubs is available for:

� Speed ice skating - lpmSkate3D®

� Ice hockey- lpmIceHockey3D®

� Football - lpmSoccer3D®

� Team sports - lpmHandball, lpmHockey etc.

LPM can be used in a number of further sports such as cycling, motorsports, skiing, horse racing etc.

LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. in a nutshell

The LPM-system concurrently measures position, speed, acceleration and the heart rate

Data is generated via radiofrequency technology and results from wireless communication between two entities:

� a transponder which is carried in a lightweight, nondisruptive vest by each athlete and

� several (base) stations positioned around the athletic field (e.g. ice rink, pitch) and connected to a computer.

Coverage of several athletic fields(one cell up to 500x500 meters)

Indoor and outdoor usage

LPM provides you real-time with the following information on one screen:

� Computer animation of the athletic field (e.g. ice rink, pitch), the athlete and the ball (e.g. football, handball)

� Display of collected data numerically or graphically

� Live video-streaming of the training or competition (import of data from video-or GPS-systems possible) in an integrated video window on the screen –no manual processing to identify the player

LPM Software. LPM Software. LPM Software. LPM Software. Sports-specific Software

Trainers, analysts and athletes take advantage of user-friendly lpm software - lpmSkate3D®, lpmIceHockey3D®,

lpmSoccer3D®, lpmTeamSports (lpmHandball, lpmHockey etc.)

and benefit from numerous innovative visualisation and analysis options:� Arrange the data on the screen according to your needs, pick out and follow individual athletes from the player list, form groups and compare players or groups of players

� Have a closer look at key situations, repeat them – slow motion or fast motion or in time lapse, mark them or set time markers

� Watch the competition or training from several perspectives of the athletic field or from the athlete’s perspective

� Present the analysed data in numbers (e.g. in tables)

� Create analysis diagrams from the measured data according to your wishes and suited to your training methods , add drawings

� Export and store the data and/or analyses in a database (also regarding a specific competition or training scene together withthe corresponding video stream)

LPM Software. LPM Software. LPM Software. LPM Software. Analysis and Visualisation

Local Position Measurement (LPM) is an electronic tracking system with soccer-specific software – lpmSoccer3D®. It is used to measure and visualisethe athletic performance of football players as well as individual and team tactics in real time.

Elite football clubs, training centres and youth academies use LPM to improve the strengths, speed and endurance of the football players and to avoid injuries and overload by employing highly individualised, innovative and efficient training methods due to the usage of LPM.

LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. lpmSoccer3D®

� Heart rate, speed, distance

� Acceleration response

� Physical condition / Recovery

� Progress of each player

� Game strategies in combination with heart rate data to be used for the preparation of training plans and athlete comparisons.

Training Exertion

Speed andTransition

MovementIntensity

TacticalInsight

lpmSoccer3DlpmSoccer3DlpmSoccer3DlpmSoccer3D®®®®. . . . Analysis Options

lpmSoccer3DlpmSoccer3DlpmSoccer3DlpmSoccer3D®®®®. . . . Analysis Example – Heart Rate

lpmSoccer3D® provides insight into the heart activity of the players on the field in relation to training exertion.

By comparing the training response related to the heart rate with the number and types of actions, the trainer gets a complete picture of the player's physical fitness.

lpmSoccer3D® reveals whether the exertion of the players meets the training goals set. Trainers can accordingly adjust a player's individual training program or change exercises.

Training Exertion

� Speed categories

� Agility measurement

� Transition

� Time on the pitch

Training Exertion

Speed andTransition

MovementIntensity

TacticalInsight


lpmSoccer3DlpmSoccer3DlpmSoccer3DlpmSoccer3D®®®®. . . . Analysis Example - Speed

Speed – focussed ‘explosivity training’ in a group of players

Due to lpmSoccer3D® speed measurement of groups of players at the same gives the trainer insight into exact speed at any point of time during the run. ‘Explosivity’ of the players becomes visible to the trainer and allows him tomake appropriate changes to the individual player's training regime.

lpmSoccer3D® replaces sport physiologists conducting speed measurements of players in order to gain insight into the speed of players over a specific distance.

Speed andTransition

� Training load

� Training response

� Physical condition/recovery

� High intensity actions

Training Exertion

Speed andTransition

MovementIntensity

TacticalInsight


lpmSoccer3DlpmSoccer3DlpmSoccer3DlpmSoccer3D®®®®. . . . Analysis Example - Recovery

In order to gain insight into the physical performance of players during the football season, it is essential to get information on the degree of recovery of the players during and after a specific training exercise.

By precisely monitoring movement in combination with the heart rate, individual recovery patterns can be determined. Performance data collected during a training can be updated easily in a personal player file with lpmSoccer3D®.

Training Exertion

� Man to man marking

� Putting pressure

� Team transition

� Teamwork

� Zonal defense

� Attack and defense in relation to winning and losing the ball

� Attacking technique of the team /players

Training Exertion

Speed andTransition

MovementIntensity

TacticalInsight


lpmSoccer3DlpmSoccer3DlpmSoccer3DlpmSoccer3D®®®®. . . . Analysis Example - Tactics

For scoring putting pressure on the opponents and a quick switch from defense to attack are considered essential. lpmSoccer3D® improves the players' tactical insight and understanding of specific game moves.

TacticalInsight

lpmSoccer3DlpmSoccer3DlpmSoccer3DlpmSoccer3D®®®®.... Innovative forms of analysis and visualisation

lpmSoccer3DlpmSoccer3DlpmSoccer3DlpmSoccer3D®®®®. . . . FC Bayern München

‘ The LPM-system

visualizes and reasonably

complements our training

methods. Owing to the

state-of-the-art LPM

technology trainers and

analysts can provide

players with instant and

individual feedback.‘

Max Reckers, performance analyst FC Bayern München

lpmSoccer3DlpmSoccer3DlpmSoccer3DlpmSoccer3D®®®®. . . . PSV Eindhoven Youth Academy

lpmSoccer3D® effectively supplements the PSV Eindhoven youth training programme:

� Development and more efficient individual support of top talent

� Objective analysis and comparison of the performance of youth players

� Accurate records of performance data during the football season for an early identification of talent (e.g. creation of individual player profiles)

� Prevention of overexertion and injuries

� Effective training of players for the starting line-up

� Faster and better promotion of talented players into the starting line-up or higher transfer fees

lpmSoccer3DlpmSoccer3DlpmSoccer3DlpmSoccer3D®®®®. . . . Benefits for the training staff and the players

Due to the high frequency of the measurement (up to 1,000 m/s, e.g. 11 measured football players: ~ 91 measurements/s) and the high accuracy of the measurement both in static and dynamic conditions (+/-3 cm) at various speeds, trainers can benefit from a consistent tracking and visualisation of the physical key indicators and tactical behaviour of the players

Therefore training staff can give:� prompt or real-time feedback e.g. during the training or straight after an exercise� objective feedback based on facts (measured indicators and analyses diagrams)� constructive feedback by visualising the player alternative options he would have had (in a specific match scene) or showing the player that he is doing right (e.g. plays according to goals setduring a training), thus increasing the player’s understanding for specific training methods� unmistakable feedback by overcoming linguistic burdens through data visualisation

LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. lpmHandball

The performance of speed skaters can be improved with lpmSkate3D® by providing live performance skating-specific indicators to the coach:

� Skating trajectory, Track and curve comparisons

� Lap timing and lap segments, sector timing: speed and acceleration, maximum speed, average speed

� Maximum speed (point in time)

� Speed after start and continuation, speed categories

� Covered distance

� Distance between skaters

� Skater comparisons

� Team pursuit

LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. lpmSkate3D®

lpmSkate3DlpmSkate3DlpmSkate3DlpmSkate3D®®®®. . . . Benefits

� Speed, heart frequency and the position of the individual skater can be displayed in real time by simply clicking on the skater � Timing per lap or lap segment - Sector timing� Covered distance� Average speed per sector and lap

Benefits� Improvement of athletic performance� Improvement of individual technical skills and technical skills of the whole team� Improved of race strategies (determination of ideal race and corner strategy)� An installation around an ice rink can also be used for other sports on ice e.g. short track skating, ice hockey and figure skating

lpmSkate3DlpmSkate3DlpmSkate3DlpmSkate3D®®®®. . . . Analysis Software


Race Strategy� Measurement of speed after start and continuation

� Measurement of maximum speed (point in time) during race

� Team pursuit; measurement of speed and heart activity

lpmIceHockey3D® is used for monitoring the performance of ice hockey or bandy players. The system can be used in training sessions and in matches.

Measurement of ice hockey-specific performance indicators:

� Speed on ice: average, shift, sprints

� Covered distances: ways on ice, average per shift

� Time on ice: activity, shift, halftime

� Speed and Transition

� Speed categories

� Agility (e.g. by measuring the player on a pre-defined agility circuit)

� Transition time from maximum speed down to zero and back to the maximum

LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. lpmIceHockey3D®

� Number of high intensity actions per player

� Performance of each player compared to the other players

� Achievability of minimum desired activity level of each player

� Endurance – speed, frequency, intensity

� Physical strain

� Intensity tracing – effect

Tactics

� Man-to-man-marking

� Putting pressure - Opponent behaviour

� Team transition - Teamwork

� Overview – Zonal defense

� Cruising radius

lpmIceHockey3DlpmIceHockey3DlpmIceHockey3DlpmIceHockey3D®®®®. . . . Measured indicators

Player profiles

� Assessment

� Decision competency

� Player's intelligence – overview – team behaviour

� Physical stamina – velocity – physical condition

� Predisposition – possible progression

� Potential and value of the player

Training load and response to the training

� Physical condition / Recovery

� Progress of each player

lpmIceHockey3DlpmIceHockey3DlpmIceHockey3DlpmIceHockey3D®®®®. . . . Measured indicators

lpmIceHockey3DlpmIceHockey3DlpmIceHockey3DlpmIceHockey3D®®®®. . . . Benefits

� Speed and acceleration of the player can be measured under real game conditions

� Analysis of puck losses

� Exact information on the movements of each player (meters covered on ice)

� Set up of individual player profiles to track the progress of each player

� Comparison of the team/individual performance during the training and in the match

lpmIceHockey3DlpmIceHockey3DlpmIceHockey3DlpmIceHockey3D®®®®. . . . Analysis Software


Speed and Transition� Speed categories� Agility (e.g. by measuring the player on a pre-defined agility circuit)� Transition time from maximum speed down to zero and back to themaximum


Pressure Graph

Team Transition Graph

LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. lpmHockey

LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. lpmCycling

lpmCyclinglpmCyclinglpmCyclinglpmCycling. . . . Measured Indicators

Distance

� Comparison of two racing lines

� Comparison of two cyclists

� Movement analysis

� Lap times and sector times

� Acceleration/sector

� Comparison of sectors

Distance (gap)

� Distance from person in front

� Behaviour on changing position

� Error analysis

LOCAL POSITION MEASUREMENT.LOCAL POSITION MEASUREMENT.LOCAL POSITION MEASUREMENT.LOCAL POSITION MEASUREMENT. lpmMotorsport

lpmMotorsportlpmMotorsportlpmMotorsportlpmMotorsport. . . . Measured Indicators

Distance (gap)

� Accelerating-braking-technique

� Error analysis

Tracking

� Comparison of individual sectors /

two driving lines / of braking points

� Lap times, sector times

� Complete distance, sector distances

� Average speeds, sector speeds

lpmMotorsportlpmMotorsportlpmMotorsportlpmMotorsport. . . . Measured Indicators

� Drift analysis

� Representation and determination

of the drift angle

� Time measurement

lpmMotorsportlpmMotorsportlpmMotorsportlpmMotorsport. . . . Analysis Software

lpmMotorsportlpmMotorsportlpmMotorsportlpmMotorsport. . . . Upgrades

The following "upgrades" are available:

Sensors (inertia sensors)

� Acceleration sensors (gyro sensors)

� Rev. sensors

� Height sensors

� Compass sensor

(->Compensation for the line-of-sight condition of the LPM system)

Camera system

� Automatic video recording (documentation)

� Review of the actual situation

� Automatic tracking of pre-defined vehicles

Data recording

� Synchronisation of the measurement data on the vehicle with the position data

� Temperatures

� Vibrations, pressure (oil, air,…)

� Revs, etc.

lpmMotorsportlpmMotorsportlpmMotorsportlpmMotorsport.... Camera System

LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. lpmAthletics

lpmlpmlpmlpmAthletics. Athletics. Athletics. Athletics. Software

lpmlpmlpmlpmAthletics. Athletics. Athletics. Athletics. Sector1

Sector 2

Secto

r3

Sector 4

lpmlpmlpmlpmAthletics.Athletics.Athletics.Athletics. Analysis Example

Speed - heart rate

0

2

4

6

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10

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16

26,0

028

,00

30,0

032

,00

34,0

036

,00

38,0

040

,00

42,0

044

,00

46,0

048

,00

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052

,00

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Geschwindigkeit

Herzfrequenz

Sektor 3 Sektor 4

Min. Herfrequenz

Hf: 161

Max. Herfrequenz

Hf: 165

Min. Herfrequenz

Hf: 164

Max. Herfrequenz

Hf: 174

0

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26,0

028

,00

30,0

032

,00

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036

,00

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040

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044

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46,0

048

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50,0

052

,00

150

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Geschwindigkeit

Herzfrequenz

Sektor 3 Sektor 4

Min. Herfrequenz

Hf: 161

Max. Herfrequenz

Hf: 165

Min. Herfrequenz

Hf: 164

Max. Herfrequenz

Hf: 174

Sector 3 Sector 4

SpeedHeart rate

Min.Heart RateHR: 161

Min.Heart RateHR: 164

Max.Heart RateHR: 165

Max.Heart RateHR: 174

lpmlpmlpmlpmAthletics. Athletics. Athletics. Athletics. Analysis Example

Geschwindigkeitsverlauf

10

11

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26,0

0

28,0

030

,00

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038

,00

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0

42,0

044

,00

46,0

0

48,0

0

50,0

052

,00

Geschwindigkeit

Sektor 3 Sektor 4

Ø 12,93 km/h Ø 13,59 km/hMax. sp 14,8 km/h

Min. sp 12 km/h

Max. sp 15 km/h

Min. sp 12,4 km/h

Speed progression

sector 3 sector 4

Speed


6

8

10

12

14

16

18

0,67

3,33

6,00

8,67

11,3

314

,00

16,6

719

,33

22,0

024

,67

27,3

330

,00

32,6

735

,33

38,0

040

,67

43,3

346

,00

48,6

751

,33

0

20

40

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100

120

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160

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Geschwindigkeit

Herzfrequenz

Sektor 1

11,33 s

Sektor 2

12,67 s

Sektor 3

14,76 s

Sektor 4

12,00 s

Max. v 16,1 km/h

Min. v 12 km/h

Durchschnittsgeschwindigkeit Ø 14.18

400-m-Lauf (aufgeteilt in 4 Sektoren)

Time

Speed

400400400400----m race (divided into 4 sectors)m race (divided into 4 sectors)m race (divided into 4 sectors)m race (divided into 4 sectors)

sector 1 sector 2 sector 3 sector 4

Average Speed Ø 14.18

Speed

Heart rate


8

10,5

13

15,5

18

Runde 1

Runde 5

Speed

Time

Comparison of lap 1 to lap 5

Lap 1

Lap 5

X-axis: Distance (400 m)

Y-axis: Speed

lpmlpmlpmlpmAthletics. Athletics. Athletics. Athletics. Measured Indicators

� Complete distance

� Comparison of two racing lines

� Comparison of two or more runners

� Analysis of movement sample

Lap times

� Comparison of individual sectors

� Sector times

� Sector distances

Distance (gap)

� Speed progressionaverage speed, maximum speed, sector speed

� Distance to the person in front

� Error analysis


Training exertion


Monitoring whether training done with correct training exertion

LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. lpmHorseRacing

Real-time analysis of the race and the training

� Measurement of horse’s heart rate and recovery

� Comparison of individual sectors / of two racing lines

� Analysis of the race course

� Lap times, sector times

� Complete distance, sector distances

� Average speeds, sector speeds

lpmlpmlpmlpmHorseRacing.HorseRacing.HorseRacing.HorseRacing. Measured Indicators

LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. lpmSki

lpmlpmlpmlpmSkiSkiSkiSki. . . .

� Each measuring point (per ski front and back) is recorded with a data rate of 250 Hz. The x- and y-coordinates are determined

� The transponders are fixed to the shoe and the antennae to the skis

lpmlpmlpmlpmSkiSkiSkiSki. . . . Analysis Software

Real time presentation of path, time, speed and distance from the slalom path

� Sector analysis with start-finish data and information from gate to gate

lpmlpmlpmlpmSkiSkiSkiSki. . . . Measured Indicators

� Travelling speed

� Skiing lines comparison

� Distance of skier to the gate

� Length of the skiing line

� Radius

� Time from gate to gate

� Sector times

� Total distance travelled

lpmlpmlpmlpmSkiSkiSkiSki. . . . Analysis Example

Statistical analysis

� Maximum speed, average speed

� Total distance travelled, distance from gate to gate

� Time: Start – finish; time: gate – gate; sector times

� Distance from skier to the gate

� Radius of the skier

Analysis of skier

� Analysis of distance travelled (too late or too early at gate)

� Superimposing other routes (ideal route, professionals‘ route, own route etc.)

� Skier‘s drift compared with the rear or front skiing line of a skier

� Optimum angle for the fastest possible speed in relation to the gate (radius vs. angle vs. speed)

lpmlpmlpmlpmSkiSkiSkiSki. . . . Slalom - Line comparison

Slalom Evaluation

� Skiing line at the beginning shows slight drifting: rear part of the ski almost completely follows the line of the front part

� From the second slalom pole the skiing line shows greater drifting: rear ski drifts away from the front ski in the curve

� Drifting increases with speed

� Records whether the skier slips or carves


Slalom Evaluation

� Comparison of 2 different ski paths and thereby different skiers (time difference, speed difference, etc.)

� Skiing technique to the gates or slalom poles (too late or too early at gate, ideal line vs. path taken)

� Display of differences or errors (drifting, different radii at the slalom pole, fast or slow navigation of the skier, etc.)


� Comparison of two ski runs of a skier regarding path, time and speed with visualization of the skiing line

� Association of skiing line with sector times and paths possible

Distance: 86,73 mTime: 8,8 s

Distance: 84,37 mTime: 8,23 s

START

FINISHFINISH

START

Direct path:7

8,93 m

lpmlpmlpmlpmSkiSkiSkiSki. . . . Skiing style

Drifting angle

� Drifting is clearly recognisable from the start up to after the second curve from the surface generated -> rear measuring point deviates from the front

� Final carving sweep -> rear measuring point follows the front in a line

=> Application in the professional field: Technique monitoring

lpmlpmlpmlpmSkiSkiSkiSki. . . . Skiing style

Drifting analysis

� Determine whether the skier carves cleanly (rear measuring point follows the line of the front)

� At slow speed a clean carving sweep can be detected -> at increasing speed the technique becomes ragged

LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. lpmSkiJumping

lpmlpmlpmlpmSkiJumpingSkiJumpingSkiJumpingSkiJumping. . . . Analysis Examples

Approach speed

� Display actual speed in real time, maximum speed, average speed

� Display length of approach

� Comparison of approach speeds

Flight path

� Display flight curve

� Comparison of individual flight curves

� Analysis of the flight curves of two different athletes

� Explosive power at the ski ramp

Jump

Display the jump, the distance, the jump speed

REFERENCES.REFERENCES.REFERENCES.REFERENCES. Sport

NLIce Stadium Heerenveen

HURed Bull Air RaceAviation

RU

DE

Russian Speed Skating Federation

German Skating Association

Skating

DEFC Bayern München

ITAC Milan

NLAZ Alkmaar

NLPSV EindhovenSoccer

NL Olympic Training Centre PapendalHandball

REFERENCES.REFERENCES.REFERENCES.REFERENCES. Science

DEResearch Institute for Communication, Information Processing and Ergonomics (FKIE)Research Institute for Optronics and Pattern Recognition (FOM), Research Establishment for Applied Science (FGAN)

DEFraunhofer Institute for Manufacturing Engineering and Automation, Universität Magdeburg

DEThe Fraunhofer Institute for Factory Operation and Automation IFF

DEInstitute of Agricultural Engineering, University of Bonn

DEBayerische Landesanstalt für Landwirschaft (LfL), Institut für Landtechnik und Tierhaltung (ILT)

CHAgroscope Reckenholz-Tänikon Research Station ART

REFERENCES.REFERENCES.REFERENCES.REFERENCES. Industry

NLCSTI - Solutions Technology Innovation

Event Equipment

DELOCANIS AGLogistics

ATÖAMTC Safety CentreDriving Safety

AT

DE

Z Koor

Holiday On Ice

Stage Technique

Installation Options

� mobile wireless version (from 10/2010)

� semi-mobile version

� fixed version

LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. Installation Options

1 Operator

2 Linux-Server

3 Hub

Stationary parts in case of semi-mobile

usage 4 LWL-cable

5 Tripods

6 Base stations

7 Antennas

8 Reference transponder

123

47

8

6

5

For detailed information on the technical parts, please contact us or download‘LPM_technical_parts.pdf' from the LPM download area on jfpartners.at

LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. LOCAL POSITION MEASUREMENT. Get in touch

Get a detailed presentation of Local Position Measurement (LPM) and a

demonstration of lpmSoccer3D®, lpmSkate3D®, lpmIceHockey3D® at your place

For further information: http://jfpartners.at/en/lpm.html

JF Partners Consulting und Management GmbHJF Partners Consulting und Management GmbHJF Partners Consulting und Management GmbHJF Partners Consulting und Management GmbH

Weigandhof 5

1100 Vienna

Austria

Tel: +43 1 402 40 59-22 Fax: +43 1 402 40 59-26

[email protected]

Ingrid Rauscher [email protected]

Sophie Trombitas [email protected]

sports: electronic tracking and analysis system: local position measurement (lpm)

Sports

usage of lpm

lpmsoccer3d lpmsoccer3d

training centres

training response

salesthe lpm system

training scene

olympic training

heart rate data