ライフサイエンスコーパス: global positioning system

1 icles with kinematic sensors, cameras, and a global positioning system.

2 ysics and into everyday applications such as global positioning systems.

3 Tracking wild baboons with a high-resolution global positioning system and analyzing their movements

4 de of ground uplift in mid-2004, revealed by Global Positioning System and interferometric synthetic

5 acent to the Hayward fault measured with the global positioning system and interferometric synthetic

6 Recent integration of high-resolution Global Positioning System and other sensors into miniatu

7 Global Positioning System and trilateration surveys from

8 n programmed to geofence all hospitals using global positioning systems and cell phone tower triangul

9 th interferometric synthetic aperture radar, Global Positioning System, and seismology data, reveal t

10 jective assessment, accelerometers, cameras, global positioning systems, and other sensors were insta

11 Here we use the global positioning system as a 50,000 km aperture dark

12 . contraction) on attraction using a popular Global Positioning System-based online-dating applicatio

13 Accelerometers, global positioning systems, cameras, and other technolog

14 ly-derived crop-specific datasets along with Global Positioning System collars to monitor 14 mule dee

15 to validate map book categorization against Global Positioning System coordinates taken from partici

16 rtained through integrated accelerometry and global positioning system data and from individual trave

17 In a strategy analogous to a nanoscale global positioning system determination, we use the intr

18 overnment area where tracking was conducted, global positioning system-enabled Android phones were gi

19 ere we use data from innovative back-mounted Global Positioning System (GPS) and 6-degrees-of-freedom

20 our own design, containing a combination of Global Positioning System (GPS) and inertial measurement

21 nean and eastern Turkey is studied using the Global Positioning System (GPS) and seismic anisotropy d

22 We used Global Positioning System (GPS) collars and proximity-se

23 Using random Global Positioning System (GPS) coordinate sampling, 126

24 Analysis of Global Positioning System (GPS) data demonstrates that o

25 filled crack was estimated from inversion of Global Positioning System (GPS) data, tiltmeters, and le

26 We used Global Positioning System (GPS) data-loggers to track th

27 -intrusion displacement maps with continuous Global Positioning System (GPS) displacement vectors to

28 Using high-precision global positioning system (GPS) loggers in conjunction w

29 Global Positioning System (GPS) measurements across the

30 Global Positioning System (GPS) measurements at subducti

31 e site, using ice-penetrating radar data and Global Positioning System (GPS) measurements of surface

32 occupied by the elephants as recorded by the global positioning system (GPS) movement record; the abs

33 Our observations from a dense Global Positioning System (GPS) network allow us to dete

34 have occurred beneath a high-rate (5-hertz) Global Positioning System (GPS) network.

35 area determined from a continuously operated global positioning system (GPS) network.

36 We use Global Positioning System (GPS) observations and elastic

37 cords integrated to displacement and 1-hertz Global Positioning System (GPS) position estimates colle

38 We used simultaneous spatial data from Global Positioning System (GPS) radiocollars deployed on

39 America plate obtained from a combination of Global Positioning System (GPS) receivers and acoustic t

40 y with increased access to low-cost handheld global positioning system (GPS) receivers and free progr

41 ly recording geodetic instruments, including global positioning system (GPS) receivers, tilt meters a

42 les, a network of 250 continuously recording global positioning system (GPS) stations was deployed to

43 Global Positioning System (GPS) surveys from 1991 to 199

44 We used sutures to attach miniature global positioning system (GPS) tags and data loggers th

45 nd mechanisms of the foreshocks and computed Global Positioning System (GPS) time series at stations

46 The Greenland GPS Network (GNET) uses the Global Positioning System (GPS) to measure the displacem

47 sis of pigeons' homing routes recorded using global positioning system (GPS) trackers showed that the

48 However, simultaneous Global Positioning System (GPS) tracking of the entire S

49 Here, we use high-temporal-resolution Global Positioning System (GPS) tracking of wandering (D

50 We used 9 years of global positioning system (GPS) vertical deformation tim

51 ing seismicity, ground deformation mapped by Global Positioning System (GPS), interferometric analysi

52 in Earth's deep-mantle buoyancy derived from Global Positioning System (GPS)-based measurements of se

53 We present a Global Positioning System (GPS)-based methodology for se

54 nsing, geographical information systems, and global positioning systems have transformed the way the

55 cations of all food outlets using a handheld global positioning system in 8 counties in South Carolin

56 driving simulator while listening either to global positioning system instructions (integrated task)

57 By using precision global-positioning-system loggers, we show that homing p

58 surface-wave observations with simultaneous Global Positioning System measurements of ice displaceme

59 Here we use vertical global positioning system measurements to show that a br

60 Global positioning system navigation relies on precision

61 surveys of a dense, 800-kilometer-aperture, Global Positioning System network.

62 ed with topographic data, geoid data, recent global positioning system observations, and strain rate

63 Here we show that new seafloor GPS (Global Positioning System) observations immediately afte

64 cell contains importin beta and transportin "global positioning system"or "GPS" pathways that are mec

65 identified range shifts were corroborated by global positioning system radio tracking data of the stu

66 We used 11 years of Global Positioning System relocation data to determine f

67 Precise positioning of Global Positioning System sites distributed worldwide re

68 Global Positioning System sondes have been used since 19

69 e swarm and 8 millimeters upward measured at global positioning system station Slide Mountain (SLID)

70 Continuously recording Global Positioning System stations near the 28 March 200

71 Measurements from coral microatolls and Global Positioning System stations reveal trench-paralle

72 sted time series from continuously operating global positioning system stations to measure this uplif

73 By combining global positioning system telemetry of an abundant antel

74 Equipped by Global Positioning System, the biosensor was used for cr

75 al, chemical, and physical parameters, using Global Positioning System time as the data fusion key, t

76 dshift, is important to the operation of the global positioning system, timekeeping and future experi

77 Using miniature Global Positioning System tracking technology and clock-

78 A global positioning system unit recorded the location of

79 Agreement between map books and the Global Positioning System was 100% in the 20 adults sele

80 A global positioning system was used to analyze the behavi