Monday, December 26, 2016

Work-Life Balance

One of the things I like in the high-tech is that there are no strict start and end hours in the work day. I usually prefer working in the early morning hours so that I can be available for family time in the late after-noon. Although the convention is long days, generally there is the flexibility to combine very-long-days & short-days. I use this option in case there are special needs at work or at home. To handle urgent matters at work, I may dedicate evenings or nights working from home. I've noticed that this is probably a typical parent's timing profile. Those without children at home usually prefer to start late and to stay at work until the evening (or until night in urgent cases), not taking work with them to their home.

Once in a while I start late or finish earlier than usual in order to join one of my kids in kindergarten or at school. I sit with all the other children around the table and draw with them or tell them a story. This is really fun for me, and my kids LOVE it. All the other children and the teacher also enjoy the unexpected change in their routine. In those moments I'm the coolest mother.

Me as 'Rabbi Kalman' from the Hanna Zelda story for Hanukkah last week.


Happy holidays!

Sunday, December 11, 2016

Eyes of Watson

I have been really busy. For the last months, I was drawn into a great project at work that will potentially change the world. It will change the way computers "see". It will change the way we will get medical treatment.

Last week we made history by achieving our first big milestone - presenting Eyes of Watson at the RSNA conference.

In short, this system is a long term project to build the next generation cognitive assistant with advanced analytics and reasoning capabilities for clinical diagnostics.

Below we can see some snippets with explanations:

A case contains a clinical description of a patient, the patient's mammogram images, and a textual question for the system to answer.


The clinical description is analyzed.


The images are analyzed.


The inference on the analyses, based on reasoning algorithms.


The system's findings to answer the question.