Thanks for it. I'll cover new products, R&D and 2017 highlights. R&D the past quarter continued to be focused on expanding our product lines especially for the Internet of Things. We recently introduced a new current sensor for motor control and robotics. The new AAL024-10E combines accuracy miniaturization and electrical safety. There are several demonstrations of the new product on our website @NV.com/videos and our YouTube channel at YouTube/NVE Corporation. There's also a new YouTube playlist with the current sensor videos. Target markets are efficient motor controls for factories and cars and electric vehicle battery management systems. In addition to the new product, we made progress on our smart sensor development. Forecasts are for more and more demand for smart sensors in the coming years to support pervasive sensing. On our October call, we reported that we released the IC design to a semiconductor foundry. In the past quarter, we build prototypes with the first wafers. It's a complex IC and seeing it function is the culmination of a lot of hard work and ingenuity by our engineers, scientists and contractors. We're working on design improvements to meet the requirements of the target markets of sensor-rich systems such as factories and cars. As we discussed before, a new partnership with one of the world's largest semiconductor companies is providing the broader distribution sales support and brand awareness we need to reach larger markets and grow. In the past quarter, we expanded the products under the partnership, which now covers about a half dozen products. Each part needed a strong business case and had to pass rigorous product qualification tests. Our partner committed significant resources to marketing and sales collaterals. Revenues are still modest, but we continue to see this partnership as a strategic growth driver. Turning to contract R&D, we made good progress on our Department of Agriculture biosensor grant and we have components ready for prototypes, including magnetic nanoparticles, aptamers, microfluidic manifolds and cartridges. We're focusing our efforts this quarter on the biosensors and control electronics and we remain optimistic we'll meet the main overall milestone of live pathogen testing on schedule in August. In the past quarter, we continued work on our research contract from the U.S. Navy Naval Sea Systems Command for circulator technology for full integration at the monolithic microwave integrated circuit level. We began work on the project in September with a goal of demonstrating the feasibility of a Monolithic Microwave Integrated Circuit or MMIC for next-generation microwave isolators and circulators. In addition to military applications, their potential commercial applications such as 5G cellular infrastructure and automotive telemetry. The contract is for approximately $125,000 with a goal of completion in March. There is a link to an abstract about the project from the In The News section of our website and on our Twitter timeline. Also, principal investigator for the project Dr. Joe Davies, co-authored a paper related to the technology that was presented at the conference on magnetism and magnetic materials last quarter. The paper was titled Surface Acoustic Wave Pump Parametric Amplification of Forward Volume Spin Waves and there is a link to the abstract on the R&D Papers and Presentations page of our website and on our Twitter timeline. The abstract includes a diagram of our proposed Spin Wave Amplification structure. Our researchers also presented another paper that conference titled, Utilizing Super Paramagnetic Free Layers for Magnetoresistive Sensors. That paper relates to our Spintronic Tunneling Research and we use Spintronic Tunneling for advanced sensors such as our Ultralow Power Angle and rotation sensors. Spintronic Tunneling is also used in Spintronic Memory or MRAM. Also, at the conference, there was a Magnetism as Art exhibit, highlighting the aesthetics of this type of research. Our Dr. Chris Olson had an image selected for the exhibit. The image was for modeling of a metal organic magnet showing spatial mixing of spins. There are links to both papers from the conference and Dr. Olson's artwork on our website and our Twitter timeline and I'd also like to note that Dr. Olsen and [Dr. Maria Toriah] chaired technical sessions, which was a recognition of their technical leadership. As we begin 2018, we look back on 2017 as a successful year for NVE. We extended our products for the industrial Internet of Things, including products build as the world's smallest angle sensor, analog sensor, the world's most sensitive magnetic switch as well as high-field sensors plus new angle rotation and current sensors. We successfully completed a research contract on a spin torque microwave diode, met key milestones on our Department of Agriculture biosensor grant and were awarded a new contract for a miniature circulator. We launched a new partnership with one of the world's largest semiconductor companies to expand our distribution and reach larger markets, our quality management system was certified to the rigorous new ISO 9001 2015 standard, which will help us reach automotive and other new markets. Now I'd like to open the call for questions, Sherry?