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wearable data for performance, load, and recovery analytics Tero - - PowerPoint PPT Presentation

Applications of wearable data for performance, load, and recovery analytics Tero Myllymki Head of physiology 17 May 2019 Fir irstbeat help lps every ry in indiv ivid idual l to reach their ir health and performance potential wit


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Applications of wearable data for performance, load, and recovery analytics

Tero Myllymäki Head of physiology

17 May 2019

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Fir irstbeat help lps every ry in indiv ivid idual l to reach their ir health and performance potential wit ith scie ience-backed confid idence

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TRUSTED AND USED BY MILLIONS OF PEOPLE

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Firstbeat’s advanced performance analytics are integrated into over 100 wearables to provide meaningful insights for fitness and lifestyle.

CONSUMER PRODUCTS

More than 23 000 professional athletes and 1000 teams worldwide use Firstbeat solutions to improve performance.

PROFESSIONAL SPORTS

Firstbeat Lifestyle Assessment has been delivered to 300 000 employees for lifestyle health screening and coaching

WELLNESS SERVICES

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EXAMPLES OF PRODUCTS WITH FIRSTBEAT ANALYTICS INSIDE

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DIGITAL MODEL OF PHYSIOLOGY

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PHYSIOLOGY

Human physio iolo logy se seeks to understand the mechanis isms th that work rk to keep th the human body aliv live and fu functio ionin ing

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AUTONOMIC NERVOUS SYSTEM CONTROLS OUR BODY

Adapted from: OpenStax College - Anatomy & Physiology, Connexions Web site

Heart regulation Respiration Stress response Sleep Oxygen demand Recovery Digestion

Parasympathetic Sympathetic

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Heart rate variability (HRV) refers to beat-by-beat changes in heart rate. HRV is mediated by autonomic nervous system (ANS) 1 and scientific studies have shown HRV can be used as a non-invasive measure of sympathetic and parasympathetic activity. HRV reflects the control of heart. Heart reflects body’s physiological processes and demands such as exercise status, hormonal reactions, metabolism, cognitive processes, stress reactions, relaxation/recovery, sleeping and emotions.

+

Sympathetic

Activation, mobilization

  • f body

resources

  • Parasympathetic

Calming down, recovery, restoration of resources

Autonomic nervous system (ANS): Balance, Control of Heartbeat

1 Task Force 1996. Heart rate variability: standards of measurement, physiological interpretation and

clinical use. Circulation. 93(5):1043-65.

HRV GIVES US ACCESS TO AUTONOMIC NERVOUS SYSTEM

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HEALTHY HEART HAS VARIATION

High HRV is associated with Reduced morbidity and mortality (Sajadieh et al 2004; Stein et al 2005) Psychological well-being and quality of life (Geisler et al 2010) Better physical fitness (de Meersman 1993)

STRESS RECOVERY

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Reduced / low HRV is associated with Acute stress (Hall et al 2004) Work stress (Vrijkotte et al 2000, Clays et al 2011) Heart disease, anxiety, depression, asthma and PTSD …

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OUR APPROACH

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Firstbeat wants to truly understand how human body works for providing the most accurate and meaningful feedback for anyone interested on wellbeing, health and performance. Firstbeat analytics is based on applying heart rate variability and other sensor information and packing that into compelling UX on human physiology. Firstbeat analytics has been developed to form a comprehensive network of algorithms during 20 years by expert teams of physiology, mathematics, and software development.

  • 1. Collect data in a lab
  • 3. Test & validate
  • 4. Improve constantly
  • 2. Build algorithms

1 2 3 4

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FROM MEASUREMENT TO INSIGHTS

Interpreted and actionable feedback

MEASUREMENT

With any heartbeat sensor

ANALYSIS

Firstbeat Analytics Engine

INSIGHTS

For various products and services Prof

  • fessio

ional l Sp Spor

  • rts

Co Cons nsumer pr prod

  • ducts
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SENSORS

CONSUMER DEVICES Optical HR monitors and chest straps FIRSTBEAT BODYGUARD2

ECG-based HR monitor

FIRSTBEAT SPORTS SENSOR

ECG-based chest strap with memory Prof

  • fessio

ional l Sp Spor

  • rts
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DIGITALIZING BODY

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1.

Measurement (RR-intervals, acceleration, speed, power)

2.

Signal processing, artefact correction, and quality control

3.

Algorithms, decision trees, neural networks, AI

4.

Digital modelling of physiology systems

5.

Personal calibration and adaptation

6.

Body status, interpretation for different use cases, insights on the contexts

7.

Benefiting from the knowledge, e.g. feedback

  • n lifestyles and effects of behaviors

ANS balance Stress & recovery Body resources Sleep Oxygen consumption Excess Post-exercise Oxygen consumption (EPOC) Respiration Energy expenditure Physical activity Health effects VO2max / Fitness level Training effects & load Training status Lactate threshold / FTP

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APPLICATIONS OF TRACKING PERFORMANCE AND LOAD

17 May 2019

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CLASSICAL FIELD TEST OF FITNESS LEVEL (VO2MAX)

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The Cooper Test (12 min run test) was designed by Kenneth H. Cooper in 1968 for US military use Challenge: requires maximal effort, monitoring of distance and time, and a standardized track/route

Where d12 is the distance in meters completed in 12 minutes

HOW ABOUT GETTING VO2MAX FROM ANY RUNNING WORKOUT?

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10 20 30 40 50 60

10 510 1010 1510 2010 2510

Time [sec] VO2 [ml/kg/min]

Estimate Measured

Science background Gold-standard data collection Physiology modeling

* Bassett DR jr & Howley ET (2000). Limiting factors for maximal

  • xygen uptake and determinants of endurance performance. Med &

Sci Sports & Exerc. 32 (1): 70-84.

LABORATORY TESTING

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VO2MAX FROM ANY OUTDOOR RUN

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X

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FIRSTBEAT VO2MAX ANALYTICS EVOLUTION

2007 2007

GEN 1

Real-time performance Account optical HR quality Improved use GPS speed Cycling compatibility Optical HR compatibility Controlled test ECG heart rate GPS speed Running Walking compatibility Accelerometer for speed Fitness age & score Free workout mode Barometer elevation

GEN 2 GEN 3

Heat, humidity, altitude Wind-chill effect

2010 2010 2013 2013 2014 2014 2015 2015 2018 2018

GEN 4 GEN 5 GEN 6 BEFORE FIRSTBEAT

Laboratory testing

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HOW TO IMPROVE FITNESS?

MEASURE THE IMPACT OF TRAINING

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GET PERSONALIZED GUIDANCE AND COACHING

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AEROBIC EFFECTS OF TRAINING

  • Improved VO2max, endurance and fatigue

resistance abilities

  • Improved aerobic metabolism due to higher

capillary density and aerobic enzyme activity

  • Enhanced ability to use fat as energy source
  • Improved central and peripheral blood flow,

ventilation/pulmonary fitness

ANAEROBIC EFFECTS OF TRAINING

  • Improved ability to produce high-levels of

energy anaerobically and turn that into sprinting performance

  • Improved anaerobic metabolism and enzyme

activity

  • Elevated CP and ATP stores in the muscles
  • Enhanced glucose and glycogen metabolism
  • Biomechanical & neuromuscular adaptation

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TRAINING ADAPTATIONS

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DRIVING FACTORS IN ELITE SPORTS

Manage training loads and recovery together with data to minimize injury risks.

REDUCE INJURIES

Offer personalized training advice based on what works best for each player.

OPTIMIZE PERFORMANCE

Teach players how to listen to their bodies and help them achieve their full potential

FAST-TRACK PLAYER DEVELOPMENT

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WINNING TEAMS BALANCE LOAD, STRESS AND RECOVERY

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LOAD ACCUMULATION IN GAME

2nd period 59 3rd period 55 13 1st period 62 Warm-up 32 12

  • TOTAL TRIMP 233 (175min) => 1.3 TRIMP/min
  • TRIMP in 1-3 periods: 176 (105min) => 1.7 TRIMP/min
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WHY LOAD QUANTIFICATION IS NEEDED IN TEAM SPORTS?

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TEAM OR PERSONAL MONITORING CLOSE-BY OR IN THE DISTANCE

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Firstbeat Sports Sensor (BLE)

  • 12-hour built-in memory for data
  • Embedded processor for load calculations (e.g. aerobic and

anaerobic training effect, TRIMP, energy expenditure)

  • Beat-by-beat heart rate detection and 9D acceleration

(accelerometer, gyroscope and magnetometer) sensors

  • Water resistant 30m / 100ft

Firstbeat Sports Live app (ipad)

  • Real-time display for intensity and cumulative load
  • Range of 40-100meters (BLE)
  • Wireless data upload and memory upload
  • Automatic sync to cloud
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APPLICATIONS OF WEARABLE DATA IN TRACKING RECOVERY

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Stress Balance

You have a good amount of recovery to use!

Recovered

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TOP PERFORMANCE REQUIRES BALANCE

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LEARN HOW YOUR BODY REACTS

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MANAGE STRESS

Recognize activities that cause stress

ENHANCE RECOVERY

See how you recover during day and night EXERCISE RIGHT Understand the effects of physical activity

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PROCESS OF IMPROVING EMPLOYEE WELLNESS WITH WEARABLE DATA

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LEARN FROM DATA GET THE BALANCE RIGHT MEASURE MAKE LIFESTYLE CHANGES

Improve stress management, exercise and sleep quality Physiological snapshot of everyday life Health coaching to improve well-being and performance Identify factors that affect your well-being and performance

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24 H STRESS AND RECOVERY ANALYSIS

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FOLLOWING UP OF BODY RESOURCES

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UNDERSTANDING WHICH FACTORS MAY COMPROMISE PERFORMANCE

Pietilä et al. Acute effect of alcohol intake on cardiovascular autonomic regulation during the first hours of sleep in a large real-world sample of Finnish employees. JMIR Mental Health 2018

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Thank you!

Tero Myllymäki tero.myllymaki@firstbeat.com