Eight species of whiteflies (Homoptera: Aleyrodidae) newly recorded from Korea

Aleuroclava magnoliae (Takahashi), Aleurotrachelus ishigakiensis (Takahashi), Aleyrodes lonicerae Walker, Asterobemisia carpini (Koch), Bemisia afer (Priesner and Hosny), Dialeurolobus pulcher Danzig, Pealius polygoni Takahashi, and Pealius rubi Takahashi are newly recorded from Korea

A Physical Charge-Controlled Model for MOS Transistors

As MOS devices scale to submicron lengths, short-channel effects become more pronounced, and an improved transistor model becomes a necessary tool for the VLSI designer [10]. We present a simple, physically based charge-controlled model. The current in the MOS transistor is described in terms of the mobile charge in the channel, and incorporates the physical processes of drift and diffusion. The effect of velocity saturation is included in the drift term. We define a complete set of natural units for velocity, voltage, length, charge, and current. The solution of the dimensionless current-flow equations using these units is a simple continuous expression, equally applicable in the subthreshold, saturation, and "ohmic" regions of transistor operation, and suitable for computer simulation of integrated circuits. The model is in agreement with measurements on short-channel transistors down to 0.35μ channel length

Interview with Mary Carver

Mary Carver discusses local farming.https://digital.kenyon.edu/elfs_interviews/1014/thumbnail.jp

Implementing neural architectures using analog VLSI circuits

Analog very large-scale integrated (VLSI) technology can be used not only to study and simulate biological systems, but also to emulate them in designing artificial sensory systems. A methodology for building these systems in CMOS VLSI technology has been developed using analog micropower circuit elements that can be hierarchically combined. Using this methodology, experimental VLSI chips of visual and motor subsystems have been designed and fabricated. These chips exhibit behavior similar to that of biological systems, and perform computations useful for artificial sensory systems

HIGH TECH MEETS HIGH TOUCH:COHORT LEARNING ONLINE IN GRADUATE HIGHER EDUCATION

This paper discusses the results of a qualitative participatory action research study where the purpose was to examine the nature of the cohort learning experience in an online master’s program from both faculty and student perspectives. There has been much discussion in higher and adult education circles in the last decade on distance education, web based and web enhanced learning online, and online degree programs. Nearly all institutions of higher education now offer at least some classes online, and many offer entire degree programs. While many have discussed the plusses and minuses of online education, and considered what online pedagogy offers to adult learners, there has been little discussion of what online education looks like specifically in online cohort programs, from the students’ perspectives. Thus, the purpose of this paper is: (1) to discuss the results of a participatory action research project where the purpose was to examine the nature of the cohort learning experience in an online master’s program that began with a residential component from both faculty and student perspectives; and (2) to consider the implications for the ongoing development of both “high tech” and “high touch” and academically sound degree programs in adult education and related areas

OrbView-3 Initial On-Orbit Characterization

NASA at Stennis Space Center (SSC) established a Space Act Agreement with Orbital Sciences Corporation (OSC) and ORBIMAGE Inc. to collaborate on the characterization of the OrbView-3 system and its imagery products and to develop characterization techniques further. In accordance with the agreement, NASA performed an independent radiometric, spatial, and geopositional accuracy assessment of OrbView-3 imagery acquired before completion of the system's initial on-orbit checkout. OSC acquired OrbView-3 imagery over SSC from July 2003 through January 2004, and NASA collected ground reference information coincident with many of these acquisitions. After evaluating all acquisitions, NASA deemed two multispectral images and five panchromatic images useful for characterization. NASA then performed radiometric, spatial, and geopositional characterizations

Spectral Dark Subtraction: A MODTRAN-Based Algorithm for Estimating Ground Reflectance without Atmospheric Information

Spectral Dark Subtraction (SDS) provides good ground reflectance estimates across a variety of atmospheric conditions with no knowledge of those conditions. The algorithm may be sensitive to errors from stray light, calibration, and excessive haze/water vapor. SDS seems to provide better estimates than traditional algorithms using on-site atmospheric measurements much of the time

Positive Psychology in Sales: Integrating Psychological Capital

As positive psychology moves into the workplace, researchers have been able to demonstrate the desirable impact of positive organizational behavior. Specifically, psychological capital (PsyCap) improves employee attitudes, behaviors, and performance. Advancing PsyCap in sales research is important given the need for a comprehensive positive approach to drive sales performance, offset the high cost of salesperson turnover, improve cross-functional sales interfaces, and enrich customer relationships. The authors provide an integrative review of PsyCap, discuss its application in sales, and advance an agenda for future research. Research prescriptions are organized according to individual-level, intra-organizational, and extra-organizational outcomes pertinent to the sales field