ライフサイエンスコーパス: personal computer

1 easible to run the genome-wide analysis on a personal computer.

2 lity to be supplied simply by a battery or a personal computer.

3 st CPU requirements allow it to operate on a personal computer.

4 akes about 0.1 and 2 min, respectively, on a personal computer.

5 nsions up to polynomial order L=30 on a 2 GB personal computer.

6 es for hundreds of datasets using a standard personal computer.

7 MR imaging with a remote operator by using a personal computer.

8 y to transfer data over the internet using a personal computer.

9 as 90Y take approximately 1 min on a 300 MHz personal computer.

10 the perimeter with a custom program run by a personal computer.

11 L) we were able to perform all analyses on a personal computer.

12 ets with hundreds of FLIM images on standard personal computers.

13 ies of single-threaded software designed for personal computers.

14 rge genome-wide SNPs datasets using standard personal computers.

15 ible for sample sizes of 25 or greater using personal computers.

16 is freely available by download on group and personal computers.

17 It can be implemented on personal computers.

18 The preferred electronic platform was the personal computer (82.6%).

19 ge- and small-form-factor desktop and laptop personal computers, a thin client device, an LCD monitor

20 numerical algorithm with currently available personal computers; an analytical algorithm is also avai

21 ons take around 30 minutes on a contemporary personal computer and find acceptable solutions within t

22 interactive analyses of metagenomics data on personal computers and mobile devices.

23 It consists of an instrument, a personal computer, and disposable fluidic cartridges.

24 ge number of main and epistatic effects on a personal computer, and outperform five other methods exa

25 Algorithms were developed as a personal computer application to remove the blur and to

26 py, an attached digital camera system, and a personal computer-based image analysis system including

27 calibration method, has been used to develop personal computer-borne algorithms useful for classifica

28 The OLINDA/EXM version 1.0 personal computer code was created as a replacement for

29 a set of computer modules operating within a personal computer environment.

30 Even though personal computers have become more powerful, data trans

31 It becomes clear that the boundaries between personal computers, hospital systems, and the Internet a

32 e accomplished within a reasonable time on a personal computer (i.e., ~3.5 hours for LRMW and ~10 hou

33 From a personal computer in the operating room, the surgeon can

34 ts received an electronic interactive tablet personal computer intervention.

35 It can be run in serial on a standard personal computer or in parallel on a Load Sharing Facil

36 routine process that can be undertaken on a personal computer or in the classroom.

37 on the raw data via any web browser using a personal computer or mobile device.

38 exposures, such as televisions or desktop or personal computers, or studies investigating electromagn

39 It is fast and only requires a standard Personal Computer (PC) to operate.

40 w control are carried out via a mininotebook personal computer (PC) using custom software written in

41 We developed two versions of ESPRIT, one for personal computers (PCs) and one for computer clusters (

42 ric vehicles, and hard disk drives (HDDs) in personal computers (PCs).

43 as practically instantaneous using a 3.0-GHz personal computer programmed using interactive data lang

44 Later, laboratory and personal computers provided an unlimited readout resolut

45 vidual unique, just as the contents of every personal computer reflect the unique attributes of its o

46 mented on relatively inexpensive clusters of personal computers, so-called Beowulf machines.

47 We used authors' personal computer software - Vessels View, to assess the

48 stem, consisting of a palmtop IBM-compatible personal computer, specialized software, PCMCIA modem an

49 We used multiple rolling-seal spirometer/personal computer systems.

50 With personal computers, there are two main ways to retrieve

51 -assisted plate reader that functions with a personal computer to automate, speed read, and interpret

52 nments, while requiring just 75 minutes on a personal computer to obtain the multiple alignment of al

53 Such sites now provide anyone who can use a personal computer with access to very sophisticated deci

54 -scale networks with thousands of nodes on a personal computer without any difficulty.

55 ASPeak can be run on a personal computer, yet is designed to be easily parallel