Xue Liu

7644162, Jan 5, 2010

Jun 7, 2005

11/147052

Xiaoyun Zhu - San Jose CA, US
Xue Liu - Champaign IL, US
Sharad Singhal - Belmont CA, US
Martin Arlitt - Alberta, CA

Hewlett-Packard Development Company, L.P. - Houston TX

G06F 15/173

709226

A resource entitlement control system includes a controller, a model estimator, and a controller designer. The controller is operable to control an allocation of resources to a resource container. The model estimator is operable to calculate model parameters based on performance metrics and past resource allocations to the resource container, and the controller designer is operable to calculate one or more controller parameters based on the model parameters. The controller is also operable to calculate a control variable for controlling the allocation of resources to the resource container based on the controller parameters and the performance metrics.

8566835, Oct 22, 2013

Oct 31, 2008

12/263425

Zhikui Wang - Fremont CA, US
Xue Liu - Palo Alto CA, US
Alex Zhang - San Jose CA, US
Christopher Stewart - Rochester NY, US
Xiaoyun Zhu - Cupertino CA, US
Terence Kelly - Mountain View CA, US
Sharad Singhal - Belmont CA, US

Hewlett-Packard Development Company, L.P. - Houston TX

G06F 9/46

718104, 718105

Embodiments of the present invention pertain to dynamically resizing a virtual machine container. According to one embodiment, an optimal utilization is determined based on a desired performance for a multi-tiered application and transaction mix information that describes a mix of transactions that result from executing the multi-tiered application. Automatic modification of an amount of a physical resource a virtual machine container is entitled to for executing a particular application component associated with the multi-tiered application is enabled where the amount is automatically modified based on the optimal utilization.

20170131472, May 11, 2017

Jan 19, 2017

15/409962

- Hickory NC, US
Sergey Anatol'evich Kuchinsky - St. Petersburg, RU
Xue Liu - Advance NC, US
Aramais Robert Zakharian - Painted Post NY, US

G02B 6/14
G02B 6/125
G02B 6/30
G02B 6/122

Methods for coupling of waveguides with dissimilar mode field diameters, and related apparatuses, components, and systems are disclosed. In one example, a waveguide coupling assembly includes an input waveguide having a first mode, and a transition waveguide having a first transition waveguide section, a second transition waveguide section, and a tapered section. The first transition waveguide section has a second mode and is disposed proximate to the input waveguide such that a phase matching condition is achieved between the input waveguide and the first transition waveguide section, thereby evanescently coupling the input waveguide to the first transition waveguide section of the transition waveguide. The tapered section is optically connected between the first transition waveguide section and the second transition waveguide section, such that the second mode of the first transition waveguide section is converted to the third mode of the second transition waveguide section by the tapered section.

20160320569, Nov 3, 2016

May 1, 2015

14/701600

- Hickory NC, US
Andrey Kobyakov - Hickory NC, US
Xue Liu - Advance NC, US

G02B 6/38

An expanded-beam ferrule for an optical interface device has a ferrule body with a fiber support feature that supports an optical fiber. The ferrule body defines a lens having a planar back surface and a convex and aspheric front surface. The lens has a select amount of on-axis spherical aberration that gives rise to an improved coupling efficiency and in particular provided tolerance to misalignments between confronting expanded-beam ferrules used in an expanded-beam optical interface device. The ferrule body can also include multiple lenses and can support multiple optical fibers in operable alignment thereto.