Paul F Weiss, 701231 Adams St UNIT 304, Dorchester Center, MA 02124

2006016, Jul 27, 2006

Sep 30, 2003

10/529853

Paul Weiss - Rockport MA, US

G06F 9/46

705009000

This invention relates to a method of portraying project schedule history in graphical form which facilitates a rapid assessment of the success of a project and its leaders from the standpoint of performance against schedule. More specifically, this invention relates to an “Estimated Time to Completion” chart that is plotted against “Date” in a two dimensional chart, and points on the chart are created at periodic checkpoints for the duration of the project. When the points are connected, a line is created which slants toward the “Date” axis and intersects that axis at the actual completion date. Partially-completed charts are useful at the periodic checkpoints for graphically illustrating how well the project team is holding to the schedule. Completed charts are useful in evaluating performance of team leaders and for creating incentives for timely performance of projects. Methods of adapting the charts to changes in project scope are included in this invention. The invention also relates to a method having steps for making the chart, both manually and by computer.

5858666, Jan 12, 1999

Aug 29, 1996

8/697871

Paul S. Weiss - Seattle WA

Biotechnology Research and Development Corporation - Peoria IL
The Penn State Research Foundation - University Park PA

C12Q 168
G01N 2726
G01N 3353
G01N 33552

435 6

A transducer for detecting biomolecules comprises a bottom and a top unit. The bottom unit has a set of parallel electrically conductive transmission lines thereon and probes attached to selected locations along each transmission line for binding with the target molecule. The top unit has thereon a second set of parallel transmission lines transverse to those on the bottom unit. By applying AC signals sequentially to the two sets of transmission lines, each of the probe locations at the intersection of the two transmission lines can be addressed and the response of the probe in an unfilled detector location or a complex formed by the probe and the target in a filled detector location can be measured. If the target has been labelled, than the label at each of the locations may also be detected. The device can also be used for measuring binding constants between the probe and the target and concentrations of target solutions.

2018015, Jun 7, 2018

Feb 2, 2018

15/887055

- Armonk NY, US
David J. Schlegel - Needham MA, US
Paul W. Weiss - Boylston MA, US

G06F 11/34

A method of measuring performance of a computerized system is provided. A test component integrated in a client application module is configured to generate an application specific workflow to be delivered to a computing environment of one or more computing devices for measuring the performance of the computerized system. The integrated test component of the client application module is executed to deliver the application specific workflow to a server system in the computing environment. Performance data is collected based on at least one response received from the computing environment to measure the performance of the computerized system.

2017006, Mar 9, 2017

Sep 3, 2015

14/844657

- Armonk NY, US
David J. Schlegel - Needham MA, US
Paul W. Weiss - Boylston MA, US

G06F 11/34
G06F 11/36

A method of measuring performance of a computerized system is provided. A test component integrated in a client application module is configured to generate an application specific workflow to be delivered to a computing environment of one or more computing devices for measuring the performance of the computerized system. The integrated test component of the client application module is executed to deliver the application specific workflow to a server system in the computing environment. Performance data is collected based on at least one response received from the computing environment to measure the performance of the computerized system.