Danny S Kim

20080104661, May 1, 2008

Mar 1, 2007

11/680924

Joseph Levin - Arlington MA, US
Danny Kim - Bellevue WA, US

H04L 9/00

726 1

A method for managing group policy settings at a client computer system includes storing group policy settings in a local policy cache of the client computer system and applying the group policy settings from the local policy cache to the client computer system. The group policy settings may be acquired from a policy portal over a network connection and the local policy cache of the client computer system updated with the acquired group policy settings. A policy portal may be queried over a network connection to determine an age of group policy settings stored at the policy portal. If the group policy settings in the local policy cache are older than the group policy settings stored at the policy portal, the group policy settings are acquired from the policy portal for updating the local policy cache. If the local policy cache does not contain group policy settings, group policy settings may be acquired from a policy portal for updating the local policy cache. A method for managing group policy settings on one or more client computer systems includes receiving a request for group policy settings from a client computer system over a network and sending group policy settings to the client computer system in response to the client request. A domain associated with the client computer system is determined and group policy settings are requested from a domain controller corresponding to the determined domain. The group policy settings associated with the client computer system may be retrieved from a policy settings database.

D515158, Feb 14, 2006

Sep 3, 2004

29/212537

Danny Kim - Los Angeles CA, US

2102

D21758

20230076629, Mar 9, 2023

Jan 14, 2022

17/576897

- Malibu CA, US
Ian COUNTS - Santa Monica CA, US
Jennifer ELLIS - Calabasas CA, US
Danny KIM - Agoura Hills CA, US
Christopher ROPER - Oak Park CA, US

G21K 1/02

In some variations, an interferometric frequency-reference apparatus comprises: an atom source configured to supply neutral atoms to be ionized; an ionizer configured to excite the neutral atoms to form ionized atoms; an ion collimator configured to form a collimated beam of the ionized atoms; probe lasers; and a Doppler laser configured to determine a ground-state population of the ionized atoms, wherein the atom source, the ionizer, and the ion collimator are disposed within a vacuum chamber. Other variations provide a method of creating a stable frequency reference, comprising: forming ionized atoms from an atomic vapor; forming a collimated beam of ionized atoms; illuminating ionized atoms with first and second probe lasers; adjusting the frequencies of the first probe and second probe lasers using Ramsey spectroscopy to an S→D transition of ionized atoms; and determining a ground-state population of the ionized atoms with another laser.

20210296531, Sep 23, 2021

Mar 18, 2020

16/822512

- Chicago IL, US
Danny Kim - Agoura Hills CA, US

The Boeing Company - Chicago IL

H01L 33/24
H01L 33/06
H01L 33/32
H01L 33/00

A light emitting device for emitting UVC radiation. The device comprises a substrate and a patterned layer. The patterned layer comprises a plurality of mask regions on the substrate. Exposed portions of the substrate are disposed between the mask regions. A plurality of nanostructures are disposed on the exposed portions of the substrate and over the mask regions, the plurality of nanostructures being a single crystal semiconductor and comprising a core tip. An active layer is disposed over the plurality of nanostructures. The active layer is a quantum well structure and comprises at least one material chosen from AlN, AlGaN and GaN. A p-doped layer is disposed over the active layer. Both the active layer and the p-doped layer are conformal to the plurality of nanostructures so as to form an emitter tip over the core tip.