2. IMPLICATIONS OF CONCURRENT
INTERVENTIONS
● Both exercise & cognitive training promote improvements in cognitive
function
● Concurrently combining exercise & cognitive training may lead to
greater improvement in cognitive function
● Dual-task trade off between the tasks may occur thus should be
examined
3. METHODS
● Accelerometers
○ Left and right ankle
○ ECG
● NuStep
○ Accumulated steps (average steps/min)
○ Watts (average Watts)
● Google Earth data
○ Longitude and latitude
● Joystick data
○ Direction taken and duration of turns (left and right)
● Scales
○ RPE, FAS, FS
4. Familiarization with Google Earth
Condition 1 and 3: Exercise alone
Pedaling at self-selected pace for five minutes
Condition 2 and 4: Exercise + Wayfinding
Navigate while pedaling through unknown city using the joystick
METHODS
Average Watts in Subject 1 decreases when exercise and wayfinding 1 occurs; this could be from feeling overwhelemd of additional exercise, maybe have a longer resting time? I thought it would stimulate the participant to have higher averg watts.
It also happens in the 2nd trial, notice they did not finish.
IN subject 2,exercise 1 and wayfinding actually increased for a bit, but then dramatically declined (this could just have been idling after reaching the finish point)
However, similar results occur exercise 2 and declines in exercise and wayfinding.
Took the latitutude and longittude and plugged it in to google maps.
Subject 1 from WAyfinding + exercise 1 (006): went back and then went through buildings finished.
Subject 2 from Wayfinding + exercise 1 (005) did not make it back (either lost or was testing the visual software) Notice the participtant also went a differnt route, then finished in a completely different place.
Acceleration values collected using shimmers placed on both right and left ankle