ライフサイエンスコーパス: camera

1 99m)Tc-tetrofosmin and a solid-state cardiac camera.

2 m were measured using a rotating Scheimpflug camera.

3 the emitted SWCNTs fluorescence using a CMOS camera.

4 an inertial measurement unit and a 3D stereo camera.

5 and quantitatively with use of a smartphone camera.

6 erates chemiluminescence captured with a CCD camera.

7 sensitive cooled charge-coupled device (CCD) camera.

8 photograph captured with an ordinary digital camera.

9 y trained imagers using a wide-field digital camera.

10 regions of the sensor chip in the smartphone camera.

11 focal system than in the conventional fundus camera.

12 c (Visuscout 100(R)-Germany) digital retinal camera.

13 ctral peaks, like a digital zoom in a simple camera.

14 ients are directly imaged using an ultrafast camera.

15 ith a simple flatbed scanner or a smartphone camera.

16 sing a photomultiplier tube (PMT) or digital camera.

17 climbing fish was observed with a high speed camera.

18 films on metallic surfaces using an infrared camera.

19 ent, compared to a conventional flash fundus camera.

20 adout method that requires only a smartphone camera.

21 ve readouts were obtained using a smartphone camera.

22 ging spectral images onto an intensified CCD camera.

23 e of tissue, while imaging this plane onto a camera.

24 photographs were acquired with each retinal camera.

25 igned Single-Photon Avalanche Diodes (SPADs) camera.

26 as12a system was recorded using a smartphone camera.

27 d with temperature monitoring by an infrared camera.

28 bandage and an unmodified commercial digital camera.

29 2 capture montages when possible, UWF fundus cameras.

30 e that parallelizes image acquisition across cameras.

31 y increased from R1 to R3 disease using both cameras.

32 t supervisors and residents were captured by cameras.

33 the prone position proposed with other SPECT cameras.

34 that mimic the capabilities of line-of-sight cameras.

35 ince, but eluded capture by high-speed video cameras.

36 f the lower resolution of conventional Anger cameras.

37 ient alternative to commonly used scientific cameras.

38 evice than for the conventional flash fundus camera (0.071% versus 0.025%, p < 0.001).

39 lting ejecta were recorded by the Deployable CAMera 3 for >8 minutes, showing the growth of an ejecta

40 er budget lower than a 200 mW (10 mW for the camera, 90 mW for the liquid lens and ~100 mW for the co

41 degrees panoramic-view (lesions detected by camera A and B) over the standard 172 degrees -view (les

42 The smartphone camera acquired the images of fluorescence derived from

43 The spatial resolution of some cameras allowed investigators to confirm 22 flashes with

44 t the light collected from the sample to the camera, an external lens for image formation, and diffus

45 The system uses a CCD camera and a line laser beam to measure the height of th

46 we have tested a desktop scanner, a digital camera and a smartphone to determine iron using three st

47 ges are simultaneously followed by a digital camera and analyzed by Mathematica software.

48 compared with a conventional tabletop fundus camera and clinical examination.

49 The Callascope contains a 2 megapixel camera and contrast agent spray mechanism housed within

50 -green complex was captured using smartphone camera and DIC was employed using Red, Green, and Blue (

51 ivities (AAAs) for 13 noncardiac adult gamma camera and PET/CT examinations were derived retrospectiv

52 st, position of camera, and distance between camera and sample solution.

53 or between the heart rate estimates from the camera and the average from two reference pulse oximeter

54 ween the respiratory rate estimates from the camera and the reference values (computed from the Elect

55 act setup employing a snapshot hyperspectral camera and the related algorithms for the automated dete

56 nized with a second high-speed visible light camera and two thermocouples to provide insight into the

57 ns simultaneously by polysomnography and 3-D-camera and visual perceptive computing (19 patients with

58 non-invasive approaches, exploiting distance cameras and lasers, have recently arisen to measure the

59 ta is typically acquired on highly sensitive cameras and often requires complex image processing algo

60 n efficacy of OGI surveyors, using their own cameras and protocols, with controlled releases in an 8-

61 olling the visibility of objects to infrared cameras and, more broadly, opportunities for quantum mat

62 ideo, (ii) load platform, (iii) Kinect depth camera, and (iv) Kinematic data.

63 pe of phone, region of interest, position of camera, and distance between camera and sample solution.

64 analytical images were captured by a digital camera, and lipid peroxidation was monitored using color

65 tically tracks pig movement with depth video cameras, and automatically measures standing, feeding, d

66 Using concurrent camera- and live-trapping, we investigated the local-sca

67 A smartphone camera application and an user interface are developed t

68 ce the multichannel pipette and the infrared camera are both operated with batteries.

69 Both, the laser and the camera are controlled by a Field Programmable Gate Array

70 tless measurements during the night by a 3-D-camera are less time-consuming in comparison to polysomn

71 purchased by every health clinic, so fundus cameras are an inconvenient tool for widespread screenin

72 However, fundus cameras are too big and heavy to be transported easily a

73 chances of effective treatment where fundus cameras are used to capture retinal image.

74 to recordings from the tablets' front-facing camera (area under the receiver operating characteristic

75 While observational data from systematic camera arrays have informed inferences on the spatiotemp

76 arefully characterize an industry-grade CMOS camera as a cost-efficient alternative to commonly used

77 mages from a digital hand-held non-mydriatic camera at a medical clinic, with dilatation of pupil of

78 ards (a) the detective quantum efficiency of cameras at high resolution, (b) converting phase modulat

79 survey flights with both optical and thermal cameras at the Caliente lava dome, part of the Santiagui

80 onditions and the systematic use of the same camera avoid the periodical calibration of the system im

81 The PMT and visual (camera)-based detections showed linear responses from 1

82 address the inherent experimental biases in camera-based and MINFLUX-based single-molecule tracking,

83 resolution using wide-field illumination and camera-based detection methods.

84 Specifically, a simple smartphone-camera-based device measures the colour signal provided

85 In this paper, we develop PulseCam - a new camera-based, motion-robust, and highly sensitive blood

86 an intensified charge-coupled device (ICCD) camera-based, time-domain USF imaging system.

87 The infrared camera blow rate averaged 49 blows/whale/hour over 5-8 J

88 Police departments use body-worn cameras (body cams) and dashboard cameras (dash cams) to

89 were taken in 4 subjects using 3 smartphone cameras{Bq, Iphone, Nexus}, 2 lighting levels{high 815 l

90 Using an in-situ camera, bubble dynamics at the source were measured ever

91 livering either positive or negative news to camera, but were not instructed to deliberately or artif

92 Police body-worn cameras (BWCs) have been widely promoted as a technologi

93 ening using a nonmydriatic hand-held digital camera by trained general physicians in a non-ophthalmic

94 e detected in the field without the need for camera calibration or a fixed imaging position.

95 the significant advantages that smartphones' cameras can provide in teleophthalmology and artificial

96 Conventional flash fundus cameras capture color images that are oversaturated in t

97 silicon charge-coupled device (CCD), and IR camera CCD to monitor the activity, surface body tempera

98 olded injection process, and a low cost CMOS camera chip.

99 iation is analyzed through a high-resolution camera (CMOS) and the reacted image is processed by a RG

100 Raspberry Pi single-board computer and color camera combined with Fourier ptychography (FP), to compu

101 low-energy collimation was available in this camera configuration.

102 The fast-optical camera could lead to multiple applications in Quantum In

103 Most of the periods for which the camera could not produce a reliable heart rate estimate

104 y of a Raspberry Pi microcontroller and a Pi camera, coupled with three ultraviolet light emitting di

105 structures and an imaging station, with five cameras covering the whole soil surface, complement the

106 body-worn cameras (body cams) and dashboard cameras (dash cams) to monitor the activity of police of

107 For example, remote camera data (1314 observations of toad activity times ov

108 ative prior had the best agreement with nest camera data, outperforming TDFs derived from captive fee

109 flow immunoassay paper sensor and smartphone camera demonstrates its potential in DR screening.

110 omparing model output to high-precision nest camera diet estimates.

111 ng technologies, from windows and glasses to cameras, digital displays and photonic devices.

112 However, the implementation of cameras directly mimicking the eyes of common arthropods

113 have emerged as alternatives to multi-pixel cameras due to reduced costs and superior durability.

114 - and standard-speed video and digital still cameras, electric field meters, fast electric-field ante

115 s of its precision, providing guidelines for camera exposure time settings depending on imaging signa

116 Instead, camera exposure times that allow the nanoparticle to ful

117 Utilizing only the camera feed from the smartphone and built-in image proce

118 Using co-located vehicle dashboard camera footage, we find that wiper measurements are a st

119 t to image four 96-well plates with a single camera for automated measurements of activity in a 384-w

120 a nanoprobe compatible with a smartphone RGB camera for detection of nucleic acids.

121 microphone synchronized with two high-speed cameras for 3D flightpath reconstructions.

122 ctroscopy, and fast single-frame FLIM at the camera frame rate with 10(3)-10(5) times higher throughp

123 With images from the Topcon camera, graders reported similar sensitivities and speci

124 Demand for smartphones with cameras has driven down the price and size of CMOS image

125 ry Pi, smartphones and other sub-$50 digital cameras) has lowered the barrier to accessing cost-effic

126 Single-pixel cameras have emerged as alternatives to multi-pixel came

127 olution, and the need for wiring or external cameras, have limited their application.

128 ith the chest leaning forward on the D.SPECT camera-head at 35 degrees from vertical, had an addition

129 ava fountain height was estimated by thermal camera image processing.

130 High-frequency digital camera imagery, and vegetation indices derived from that

131 ace hyperspectral remote sensing and digital camera imagery, tower-based CO(2) flux measurements, and

132 Scintillation camera images contain a large amount of Poisson noise.

133 the retinal vasculature morphology in fundus camera images.

134 of tethered, adult Drosophila using multiple camera images.

135 The automated system performs real-time dual-camera imaging (brightfield & fluorescent), processing,

136 alpha-Camera imaging of (225)Ac-L1 revealed high renal cortica

137 ging of the tibial marrow compartment, alpha-camera imaging, and Monte Carlo dosimetry modeling revea

138 Camera imaging-based systems can be used to measure thes

139 ssed blood activity concentrations and gamma-camera imaging.

140 ned using the biodistribution data and alpha-camera imaging.

141 h-sensitivity D.SPECT cadmium-zinc-telluride camera in a forward-leaning bikerlike position, which ma

142 stic value of MPI performed with a CZT SPECT camera in a large cohort of patients suspected of having

143 be clearly monitored and imaged by a corona camera in daylight and room light.

144 and respiratory events measured with the 3-D-camera in OSA patients (r = 0.823; p < 0.001).

145 obtained with calibrated and non-calibrated cameras, in different lighting conditions and optical ma

146 or quantifying gait pathology with commodity cameras increase access to quantitative motion analysis

147 ) in the Eidon images compared to the Topcon camera, indicating a greater richness of color.

148 Video from these cameras informs review of police conduct in disputed cir

149 uses high-precision diet estimates from nest cameras installed on a subset of nests in lieu of a cont

150 te the ability to modify a commercial fundus camera into a low-cost laser speckle contrast imaging (L

151 However, calibration of a smartphone's camera is essential when extracting objective data from

152 self-assemble, and readout by eye or digital camera is possible within 5 minutes of analyte addition,

153 compensate for the highly aberrated re-used camera lens and to compensate for misalignments associat

154 n's evaluation was not affected by different cameras, lighting conditions or optical magnifications,

155 ong all three species, individuals looked at cameras longer when they were young, were associating wi

156 colposcope demonstrated that the Callascope camera meets visual requirements for cervical imaging.

157 to integrated audio-video systems containing cameras, microphones, and sensors, capturing and synthes

158 er, the combination of optical data from the camera module and chemical data obtained by mass analysi

159 We used cameras mounted on remotely operated vehicles to study t

160 content, though weaker relationships between camera-NDVI and LAI.

161 und significant linear relationships between camera-NDVI and leaf chlorophyll concentration, and betw

162 leaf chlorophyll concentration, and between camera-NDVI and leaf nitrogen content, though weaker rel

163 Several camera networks are already well established, and some c

164 rd bright-field microscope with a lamp and a camera - no laser or interferometry is needed.

165 mproved by attaching microscopic lens on the camera objective.

166 a 3D-printed compact holder and the built-in camera of a smartphone.

167 to-mechanical attachment coupled to the rear camera of the smartphone, which contains two white light

168 n imaging (MPI) performed with a solid-state camera on patients in 2 positions (semiupright, supine)

169 d 172 degrees -view (lesions detected by one camera only).

170 Existing camera-only blood perfusion imaging modality suffers fro

171 future infrared camera surveys use multiple cameras optimised for different ranges offshore.

172 lude, for example, controlling an ingestible camera or expelling a kidney stone.

173 g rapid spatiotemporal inspection by digital cameras or the naked eye.

174 nd can be quantified using a cell phone, CCD camera, or plate reader.

175 s depending on imaging signal properties and camera parameters for optimal time resolution.

176 The rotary Scheimpflug camera (Pentacam(R) type) analyzed the topographic, pach

177 rapeutic activity can interfere with the PET camera performance and degrade both image quality and qu

178 The method improves the camera performance, enabling fast, low-light and quantit

179 ficantly lower than prior studies focused on camera performance.

180 HdG and that are discernible on a smartphone camera photograph.

181 ACsN combines camera physics and layered sparse filtering to significa

182 discuss imaging protocols used with the new cameras, potential imaging pitfalls, and the latest data

183 ings show that MPI acquired with a CZT SPECT camera provides excellent prognostic information, with l

184 aticity space, while the conventional fundus camera provides images with a clear shift toward red at

185 Using CCD camera quantification of CL with femto-luminol reagent g

186 A high-resolution thermal imaging camera recorded facial imagery, from which a computation

187 A state-of-the-art IR camera recorded IR images of the subject's breasts, a 3D

188 (i.e., data acquisition time, including CCD camera recording time and intensifier gate delay; focuse

189 works are already well established, and some camera records are a more than a decade long.

190 plementary Metal-Oxide-Semiconductor (sCMOS) camera relies on statistical compensation for its pixel-

191 Our single-shot polarization camera requires no moving parts, specially patterned pix

192 ouse and rat models of cancer with a thermal camera reveals material heterogeneity and delineates dis

193 We used a baited underwater camera rig to record the behavioural responses of eight

194 ite sharks spent less time around the baited camera rig when the artificial sound was presented, but

195 M measured by polysomnography and by the 3-D-camera (RLS: r = 0.654; p = 0.004).

196 ally-explicit capture-recapture analyses for camera sampling data, and a removal analysis for removal

197 Camera sampling was the least expensive, but had large v

198 ion methods (i.e. non-invasive DNA sampling, camera sampling, and sampling from trapping) by applying

199 For camera sampling, effort could only be marginally reduced

200 id mobile and fixed-location ultra-widefield camera screening system was able to be deployed to carry

201 e imaging in humans by utilizing non-contact camera sensing of Cherenkov emission during the radiatio

202 servations of lightning have been limited by camera sensitivity, distance from Jupiter and long expos

203 of post-processing binary raw data from any camera source to improve the sensitivity of functional f

204 bined stress TPD was computed using sex- and camera-specific normal limits.

205 ts 40 Hz imaging of 700 mum-thick volumes if camera speed is sufficient.

206 We also address the camera speed limitation by introducing Distributed Plana

207 s are limited by volume scanning rate and/or camera speed.

208 the other in Iceland (the latter captured on camera), spontaneously using a small wooden stick to scr

209 ch is compatible with the output of the xcms/CAMERA suite, uses the data-rich output of mass spectrom

210 We suggest that future infrared camera surveys use multiple cameras optimised for differ

211 d LiDAR approach which combines a multi-view camera system for position and distance information, and

212 ra system with a frequency-domain (FD) based camera system regarding their measuring characteristics

213 rformance of an older time-domain (TD) based camera system with a frequency-domain (FD) based camera

214 rotation (orientation) data obtained from a camera system.

215 Lastly, general-purpose solid-state camera systems and hybrid SPECT/CT systems have also bee

216 When the two camera systems are used separately to image human partic

217 Solid-state SPECT camera systems have facilitated dramatic reductions in b

218 ary leap in SPECT imaging with the advent of camera systems that use solid-state crystals and novel c

219 uced by the use of the 3dMDface or Vectra H1 camera systems, in conjunction with the MeshMonk registr

220 For studies using both camera systems, this upper bound increases to 0.85 mm, o

221 ive imaging using commonly used fluorescence camera systems.

222 the eyelids, nostrils, and mouth by the two camera systems.

223 ur sources, using the 3dMDface and Vectra H1 camera systems.

224 t here, an open-source solution for multiple-camera tandem-lens optical systems for multiparametric m

225 improvements in fluorescent probes and multi-camera technology have increased the power of optical ma

226 Here, we combine high-speed intensified camera technology with a versatile, reconfigurable and d

227 tion capture system (3-D system) and a video camera that was positioned perpendicular to the obstacle

228 Our system makes use of 62 machine vision cameras that encircle an open 2.45 m x 2.45 m x 2.75 m e

229 Using a smartphone RGB camera, the nanoprobe response can be readily detected a

230 Using a high-speed camera, three regimes (no cavitation, cavitation, and ps

231 them to those of a conventional flash fundus camera through chromaticity analysis.

232 nch testing for comparison of the Callascope camera to a $20,000 high-end colposcope demonstrated tha

233 equipped to allow an ultra-widefield fundus camera to be mounted inside, and the van was sent with a

234 able sensors, light and sound sensors, and a camera to collect data on patients and their environment

235 tation and emission filters on the flash and camera to image the signal from distinct fluorophore-lab

236 use a new electron source, energy filter and camera to obtain a 1.7 angstrom resolution cryo-EM recon

237 of fixed-location and mobile ultra-widefield cameras to extend the reach of the screening opportunity

238 We used trail cameras to monitor the fates of size-appropriate chicken

239 the Remidio FOP and a Topcon tabletop fundus camera (Topcon Medical Systems, Inc., Oakland, NJ).

240 ribe a new PLIM imager based on the Timepix3 camera (Tpx3cam) and its application for imaging of O(2)

241 ions using an intensified high-speed optical camera, Tpx3Cam.

242 We then used camera trap and high-altitude photographic data to compa

243 orne light detection and ranging (LiDAR) and camera trap data to characterize the response of a tropi

244 trated a stronger looking impulse toward the camera trap device compared to chimpanzees, suggesting h

245 We also investigated the effect of camera trap placement on detection probability.

246 Experimental camera trap studies have already begun to play an import

247 Only 9% of camera trap studies on predator-prey ecology in our revi

248 review challenges to conducting experimental camera trap studies.

249 conceptual guide for designing experimental camera trap studies.

250 Camera trap technology has galvanized the study of preda

251 We discuss applications of camera trap-based experiments to evaluate the diversity

252 To illustrate the utility of camera trap-based experiments using a case study, we pro

253 ge carnivores and 11 ungulates across 21,430 camera trap-nights in West Africa.

254 ield sites in Africa) to a novel object, the camera trap.

255 ge methods to classify wildlife species from camera-trap data, we shed light on the methods themselve

256 Using an exceptional camera-trap dataset spanning 32 protected areas across s

257 tifying individually-unique individuals from camera-trap photos may not be as reliable as previously

258 e animals with individually-unique markings, camera-trap surveys are a benchmark standard for estimat

259 captive snow leopards (Panthera uncia) were camera-trapped on 40 occasions and eight observers indep

260 cascading interactions using high-resolution camera trapping and remote sensing data in the best-pres

261 rchid pollination, and describe novel remote camera trapping methods.

262 density estimates obtained through worldwide camera trapping studies for an emblematic and ecological

263 Using large-scale camera trapping, we monitored western gorillas in Republ

264 sy darting, scat detection dogs, and regular camera-trapping.

265 We examined surveillance data from camera traps at bait sites and records of wild pig remov

266 onnectivity in red fox social groups, we set camera traps for four consecutive seasons to record cont

267 Using camera traps in forest areas with different degrees of d

268 and recapture probabilities were higher for camera traps placed near water resources compared with t

269 ile benefiting from the distinct capacity of camera traps to generate large datasets from multiple sp

270 advances in the experimental application of camera traps to investigate fundamental mechanisms under

271 Experimental study designs that utilize camera traps uniquely allow for testing hypothesized mec

272 mpling technique that leverages imagery from camera traps with conventional distance sampling, valida

273 However, such pairings of camera traps with experimental methods remain underutili

274 Using camera traps, we evaluated crossing rates of a pipeline

275 ars on marked pumas with detection data from camera-traps substantially improved density estimates by

276 We applied clustered sampling to camera-traps to detect marked (collared) and unmarked pu

277 adova, Italy) and a traditional flash fundus camera (TRC-NW8, Topcon Corporation, Tokyo, Japan) were

278 oncave mirror eyes in scallops and the large camera-type eyes of the more derived cephalopods.

279 fluorescence is measured using a high-speed camera under spatially multiplexed two-colour laser illu

280 ngth and in the IR detection range of our IR camera) validate our theoretical findings.

281 of detection of a whale blow by the infrared camera was the same at night as during the day.

282 th at half-maximum intensity, HWHM), but the camera was unlikely to have detected the dim outer edges

283 A Phantom v7 high-speed camera was used to record images at a rate of 66,700 fra

284 A single camera was used to simultaneously image two acrylic, FTI

285 By mounting the new lenses on a commercial camera, we demonstrate their functionality, showing how

286 The images obtained using the camera were converted into pressure/force maps using a p

287 Additional fundus cameras were placed in several high-volume clinic locati

288 detected in the epi-direction by a far-field camera where individual binding events show up as diffra

289 ctively captured by a wearable point-of-view camera which provides a unique viewpoint.

290 A mini camera, which is mounted on the tip of the pen, magnifie

291 the LFs were carried out with a mobile phone camera whose imaging resolution was improved by attachin

292 ustly combining the video recording from the camera with a pulse waveform measured using a convention

293 at panel detector placed in front of a gamma camera with cone beam collimator focused at the x-ray fo

294 8)F as they were imaged on a preclinical PET camera with increasing activities of (177)Lu.

295 tomography (SPECT) is feasible using cardiac cameras with solid-state detectors.

296 ovel approach combining multiple ultraviolet cameras with synchronous aerial measurements, we calcula

297 Cameras with tracking software were used to visually tra

298 e-gated Single Photon Avalanche Diode (SPAD) camera, with acquisition rates up to 1 Hz.

299 y that successfully captured an image from a camera, with resolution and clarity that remain impressi

300 s enable a compact, full-Stokes polarization camera without standard polarization optics.

301 d scene are outside the line of sight of the camera, without requiring controlled or time-varying ill