Holiday 50 AV

Christophe De Wagter, Matthijs Amelink,. Niels Diepeveen, Eddy van der Heijden ... processor. ▫Processor board 180Mhz. (1W) ARM. ▫Piggyback servo control.
1MB taille 6 téléchargements 326 vues
Holiday 50 AV

Christophe De Wagter, Matthijs Amelink, Niels Diepeveen, Eddy van der Heijden

MAV system overview MAV platform Of the shelf RC components

1

Flight Control System (FCS) High reliability system group for stabilizing platform - GPS - IMU - Magneto. - Modem - other.

3

2 Safety Pilot Instant take-over capability

Advance Flight Management System (AFMS) Research & experimental software. - collision avoidance -sensor suite -…

Long range comm.

Ground Control Station (GCS)

Broadband comm.

Hardware in the loop Simulation

Simulation

Software architecture Desk top Computer FDC-Mem

GCS

FDC-Mem

Simulator

FCS & AFMS

Desk top Computer(s)

GCS

FDC-UDP

FCS & AFMS

FDC-UDP

Simulator

Real

Lab top GCS

FDC-COM

FDC-COM

FCS & AFMS FDC-COM

Reality

FCS: MavPilot2 smart MODEM

MEMS

integrated FCS

 Weight: 125 gr servos  4Hz GPS  6 DoF MEMS IMU (3 gyros, 3 acc.)  250mW, 868MHz comm.  Ethernet, USB  3 serial ports  8 servos programming  power converter (95% eff.) interface  32 MB RAM, 16 MB Flash  180MHz (1W), 32 bit ARM

GPS

 Wireless cam.

MavPilot3  Delivered the day before departure  IMU 6 DOF: 12 bits precision  Integrated static pressure port  Integrated IO processor lessens load on main processor  Processor board 180Mhz (1W) ARM  Piggyback servo control center for 6 servos  Development by TUDelft and D-CIS lab

GCS: simulated flight

GCS: simulated flight

Safety Logic #IFDEF BEYOND_RC

Yes Boss?

No

No

Yes

RC?

t Ac

No

LR?

Yes

FCS?

Yes

No

o

RC

STD

N

PTO?

RC

s Ye

S FC

FCS

LR