2016 NISSAN NOTE navigation system

AV-134
< SYSTEM DESCRIPTION >[NAVIGATION]
COMPONENT PARTS
GPS Antenna
INFOID:0000000012433011
• GPS antenna is installed in the instrument panel, behind the com- bination meter.
• Power is supplied from the AV control unit.
SD CardINFOID:0000000012433012
• Map data is memorized in the SD card.
• Map data is sent to the AV control unit from the SD slot.
JSNIA3303ZZ
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AV
SYSTEMAV-135
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SYSTEM
System DescriptionINFOID:0000000012433013
SYSTEM DIAGRAM
AUDIO SYSTEM
The audio system consists of the following component:
• AV control unit
• Front door speakers
• Rear door speakers
• Steering wheel audio control switches
• USB interface and AUX in jack
• Antenna base (antenna amp. and satellite antenna)
• Rod antenna
When the audio system is on, AM/FM signals received by the rod antenna are amplified by the antenna amp.
and sent to the AV control unit. The AV control unit then sends audio signals to the front door speakers and
rear door speakers.
Refer to Owner's Manual for audio system operating instructions.
NAVIGATION SYSTEM
Description
• The navigation system can be operated by control panel of the AV control unit and display (touch panel) of
the AV control unit.
• Guide sound during the operation of the navigation system is output from AV control unit to front speakers.
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AV-136
< SYSTEM DESCRIPTION >[NAVIGATION]
SYSTEM
• AV control unit calculates the vehicle location based
on the signals from GYRO (angle speed sensor), vehi-
cle sensor, and GPS satellite, as well as the map data from map SD-card. The vehicle location is displayed
on the AV control unit.
POSITION DETECTION PRINCIPLE
The navigation system periodically calculates the vehicle's current position according to the following three
signals:
• Travel distance of the vehicle as determined by the vehicle speed sensor
• Turning angle of the vehicle as determined by the gyroscope (angular velocity sensor)
• Direction of vehicle travel as determined by the GPS antenna (GPS information)
The current position of the vehicle is then identified by comparing the calculated vehicle position with map data
read from the map SD-card (map-matching), and indica ted on the screen as a vehicle mark. More accurate
data is judged and used by comparing vehicle position detection results found by the GPS with the result by
map-matching.
The current vehicle position will be calculated by detecting the dis-
tance the vehicle moved from the previous calculation point and its
direction.
• Travel distance Travel distance calculations are based on the vehicle speed sen-
sor input signal. Therefore, the calculation may become incorrect
as the tires wear down. To prevent this, an automatic distance cor-
rection function has been adopted.
• Travel direction
Change in the travel direction of the vehicle is calculated by a gyro-
scope (angular velocity sensor) and a GPS antenna (GPS informa-
tion). They have both advantages and disadvantages.
More accurate traveling direction is detected becaus e priorities are set for the signals from these two
devices according to the situation.
MAP-MATCHING
Map-matching compares a current location detected by the method
in the “Location Detection Princi ple” with a road map data from map
SD-card.
NOTE:
The road map data is based on data stored in the map SD-card.
The vehicle position may not be corrected under the foll owing circumstances and after driving for a certain
time when GPS information is difficult to receive. In this case, the vehicle mark on the display must be cor-
rected manually.
SEL684V
Type Advantage Disadvantage
Gyroscope
(angular velocity sensor) Can detect the vehicle's turning angle quite
accurately. Direction errors
may accumulate when vehicle is
driven for long distances without stopping.
GPS antenna
(GPS information) Can detect the vehicle's travel direction
(North/South/East/West). Correct direction cannot be detected when vehicle
speed is low.
SEL685V
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SYSTEMAV-137
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• In map-matching, alternative routes to reach the destination will be shown and prioritized, after the road on which the vehicle is cur-
rently driven has been judged and the vehicle mark has been repo-
sitioned.
Alternative routes will be shown in different order of priority, and
the incorrect road can be avoided if there is an error in distance
and/or direction.
Routes are of the same priority if two roads are running in parallel.
Therefore, the vehicle mark may appear on either of them alter-
nately, depending on maneuvering of the steering wheel and con-
figuration of the road.
• Map-matching does not function correctly when a road on which the vehicle is driving is new and not recorded in the map SD-card,
or when road pattern stored in the map data and the actual road
pattern are different due to repair.
The map-matching function may find another road and position the
vehicle mark on it when driving on a road not present in the map.
Then, the vehicle mark may change to it when the correct road is
detected.
• Effective range for comparing the vehicle position and travel direc-
tion calculated by the distance and direction with the road data
read from the map SD-card is limited. Therefore, correction by
map-matching is not possible when there is an excessive gap
between current vehicle position and the position on the map.
GPS (Global Posi tioning System)
GPS (Global Positioning System) is developed for and is controlled
by the US Department of Defense. The system utilizes GPS satel-
lites (NAVSTAR), transmitting out radio waves while flying on an orbit
around the earth at an altitude of approximately 21,000 km (13,049
mile).
The receiver calculates the travel position in three dimensions (lati-
tude/longitude/altitude) according to the time lag of the radio waves
that four or more GPS satellites transmit (three-dimensional position-
ing). The GPS receiver calculates the travel position in two dimen-
sions (latitude/longitude) with the previous altitude data if the GPS
receiver receives only three radio waves (two-dimensional position-
ing). GPS position correction is not performed while stopping the
vehicle.
Accuracy of the GPS will deteriorate under the following conditions:
• In two-dimensional positioning, GPS accuracy will deteriorate when altitude of the vehicle position changes.
• The position of GPS satellite affects GPS detection pr ecision. The position detection may not be precisely
performed.
• The position detection is not performed if GPS receiver does not receive radio waves from GPS satellites. (Inside a tunnel, parking in a building, under an elevated highway etc.) GPS receiver may not receive radio
waves from GPS satellites if any object is placed on the GPS antenna.
NOTE:
• The detection result has an error of approximately 10 m (32.81 ft) even with a high-precision three dimen-
sional positioning.
• There may be cases when the accuracy is lowered and radio waves are stopped intentionally because the GPS satellite signal is controlled by the US trace control center.
USB INTERFACE AND AUX IN JACK
•iPod® or music files in USB memory can be played.
• Sound signals are transmitted from USB interface to the AV control unit and output to each speaker.
•iPod
® is recharged when connected to USB interface.
• Sound can be output from an external device by connecting a device to the AUX in jack.
• AUX sound signals are transmitted to each speaker via AV control unit.
SEL686V
SKIA0613E
SEL526V
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AV-138
< SYSTEM DESCRIPTION >[NAVIGATION]
SYSTEM
SPEED SENSITIVE VOLUME SYSTEM
• Volume level of this system goes up and down aut
omatically in proportion to the vehicle speed.
• The control level can be selected by the customer.
HANDS-FREE PHONE SYSTEM
• Bluetooth® control is built into AV control unit.
• The connection between cellular phone and AV control unit is performed with Bluetooth
® communication.
• The voice guidance signal is input from the AV cont rol unit and output to the front speakers when operating
the cellular phone.
When A Call Is Originated
• Spoken voice sound output from the microphone (microphone signal) is input to AV control unit.
• AV control unit outputs to cellular phone with Bluetooth
® communication as a TEL voice signal.
• Voice sound is then heard at the other party.
When Receiving A Call
• Voice sound is input to own cellular phone from the other party.
• TEL voice signal is input to AV control unit by establishing Bluetooth
® communication from cellular phone,
and the signal is output to front speakers.
AROUND VIEW MONITOR FUNCTION
• This system is equipped with wide-angle cameras on the front, rear and right and left door mirrors.
• Images from front view, rear view, front-side view ( RH side), and birds-eye view are displayed to monitor the
vehicle surroundings.
• Around view monitor control unit expands the image received from each camera to create each view.
• In front view and rear view, the vehicle width, dist ance lines and predictive course lines are displayed.
• In front-side view, the vehicle distance guiding line and vehicle width guiding line are displayed.
• Birds-eye view converts the images from the camera s into an overhead view and displays the status of the
vehicle on the display. The vehicle icon that is displayed in the birds-eye view is depicted by the around view
monitor control unit.
Display
The around view monitor combines and displays travel direct ion view (front or rear), front-side view and birds-
eye view.
Operation
• The around view monitor operates by pressing the CAMERA switch on the AV control unit or by shifting the
selector lever to the R (reverse) position.
• When the selector lever is in any position other than R (reverse) and the CAMERA switch is pressed, the
screen displays front travel direction view and bird s-eye view. Pressing the CAMERA switch again changes
birds-eye view to front-side view
• When the selector lever is placed in R (reverse), the screen displays rear travel direction view and birds-eye view. Pressing the CAMERA switch changes birds-eye view to front-side view
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SYSTEMAV-139
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• In birds-eye view, the blind spot area is displayed in black to show the border of the camera images. In addi- tion, red fixed lines are displayed in the 4 corners of the vehicle icon. After pressing the CAMERA switch for
the first time or placing the selector lever in R (rever se) for the first time, the blind spot area is highlighted in
yellow for 3 seconds and the red fixed lines blink five times.
• With the selector lever in any position other than R (reverse), the around view monitor screen display is can- celled 3 minutes after pressing the CAMERA switch. The screen returns to the AV control unit display.
• With the selector lever in R (reverse) position, the around view monitor screen display remains on con- stantly. To return to the AV control unit display, place the selector lever is in any position other than R
(reverse).
• If camera image calibration is incomplete, the applicable camera position is indicated as an error on the birds-eye view display.
NOTE:
Calibration is necessary when replacing each camera or when replacing around view monitor control unit.
Around view monitor screen transition
Front View
• The front view image improves the visibility of obstacles in front of the vehicle and assists driving by display-
ing images from birds-eye view and front-side view.
• The front view image displays the vehicle width guiding line and vehicle distance guiding line, in addition to the predictive course line according to the steering angle.
• If the steering angle is within approximately 90 degrees, t he predictive course lines on the left/right side are
displayed. If the steering angle exceeds approximat ely 90 degrees, only the predictive course line on the
outside is displayed (opposite side of steering direction).
• The around view monitor control unit receives the steering angle signal from steering angle sensor via CAN
communication, and controls the direction and distance of the predictive course line.
• ON/OFF setting of predictive course line can be performed using CONSULT.
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AV-140
< SYSTEM DESCRIPTION >[NAVIGATION]
SYSTEM
Front view guiding lines
Rear View• The rear view image improves the visibility of obstacles in the rear of the vehicle and assists backing and
parking by displaying images from birds-eye view and front side view.
• The rear view image displays the vehicle width guiding line and vehicle distance guiding line, in addition to the predictive course line according to the steering angle.
NOTE:
The predictive course line is not di splayed at the steering neutral position.
• The around view monitor control unit receives the steering angle signal from steering angle sensor via CAN
communication, and controls the direction and distance of the predictive course line.
• ON/OFF setting of predictive course line can be performed using CONSULT.
Rear view guiding lines
Front-Side View• The front-side view image improves the visibility of ob stacles in the front RH side of the vehicle and assists
backing and parking.
• The front-side view image displays the vehicle distance guiding line and vehicle width guiding line.
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AV
SYSTEMAV-141
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Front-side view area and guiding line
Birds-Eye View• The birds-eye view image improves the visibility of obstacles all around the vehicle and assists backing and
parking.
• The images from the four cameras are converted in to an overhead view, and the surroundings of the vehicle
are displayed.
• The blind spot area is displayed on the image to specify the boundary of the four cameras.
Birds-Eye view display image
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