Good Morning Everyone, Welcome to the Webinar
This is the Savant Instant Antenna Performance Topic. My name is Anchong Liu from Ozen Engineering, Inc.
Agenda
Let's take a look at our agenda today:
- Briefly discuss our product, Savant, from a software interface perspective.
- Talk a little about the technology that this product uses.
- Follow through with the presentation.
Introduction to Savant
Savant provides highly efficient EM analysis of antennas on electrically large platforms using the shooting and bouncing rays technique. It yields full antenna scattering prediction for geometries that are thousands of wavelengths in size, computing far-field radiation patterns, near-field distribution, and more.
Savant is a software interface that uses advanced algorithms to create high-performance antenna-to-antenna coupling. Essentially, Savant picks up where forward solvers leave off, solving electrically large problems efficiently and accurately.
Antenna Performance and Simulation
When discussing antenna performance, particularly during HFSS simulations, we typically simulate the antenna performance within HFSS. However, Savant enhances the simulation by considering the antenna's interaction with its environment.
Installed antennas can strongly interact with their host structures, significantly altering their performance. Savant, as an asymptotic high-frequency electromagnetic analysis software, provides fast and accurate predictions of antenna performance when installed on platforms that are tens of thousands of wavelengths in size.
Advantages of Simulation Over Measurement
The reason for conducting simulations on seemingly simple topics is due to the advantages they offer over measurements:
- Measurement is often expensive, time-consuming, and difficult.
- Simulation is more affordable, faster, provides physical insight into results, and is more flexible.
Technical Details
Savant computes installed antennas' far-field radiation and near-field distribution using the shooting and bouncing ray technique. This method allows for rapid and accurate predictions of antenna performance on electrically large platforms using modest computer hardware.
Full-wave 3D EM simulation results are available for various intensity levels and design changes, including hydraulic movement, aerodynamic transportation, and more. These simulations are used across various applications, from radar and EW to communications links.
Good morning everyone. Welcome to the Savant Webinar. This is the Instant Antenna Performance Topic. My name is Anchong Liu from OSA Engineering. Let's take a look at our agenda today. We will briefly talk about our product, Savant, from a software interface and discuss the technology it uses.
We will then follow through with the presentation. Savant provides high-efficient EM analysis of antennas on electrically large platforms using the shooting and bouncing rays technique.
Savant yields full antenna scattering prediction for geometries that are thousands of wavelengths in size, computing far-field radiation patterns, new field distribution, and more.
Savant is a software interface that uses a lot of software to create a very high-performance antenna-to-antenna coupling. Essentially, Savant picks up where the forward solvers leave off, solving electrically large problems efficiently and accurately.
When we talk about antenna performance, during the HFSS simulation, we are not simulating the antenna performance in the HFSS. Instead, Savant moves the antenna to the thing.
When this HFSS simulation starts, we are merely looking at the performance of each load selector, and not Clausius and---oul and S-I thr. Savant is growing, and acceleration gains are explained. The DNA set gives a surround DNA.
It explains itself, but in reality, when an antenna is being installed on such a structure or interacting with each other, the antenna is more often affected by the geometries it is attached to. This includes radar, EW, communications links, cosign, etc.
The reason we are doing a simulation on this seemingly simple topic is pretty much the reason for everything: measurement versus simulation.
Measurement is always expensive and time-consuming and difficult, whereas simulation is more affordable, faster, provides physical insight to results, and is more flexible. Installed antennas can strongly interact with their host, significantly altering the antenna's performance.
Savant is asymptotic high-frequency electromagnetic analysis software, providing fast and accurate prediction of antenna performance as installed on platforms that are tens of thousands of wavelengths in size.
In addition to predicting the installed far-field radiation, Savant computes installed antennas' antenna control and field's shooting the balancing ray.
The shooting the balancing ray technique is used to rapidly and accurately predict antenna performance on electrically large platforms using modest computer hardware. Full-wave 3D EM simulation results for the highest intensity of the model.
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Design changes, hydraulic movement, perfect rider control for severe katamaran weather, bl disk, aerodynamic transportation, referral to a 30-degree drop in orange sky mode, are required from level toijkeosteroid các ventricular motion, notably used across the world's largest height range and adjustable sea level, Florida, the country's highest one or almost as high as Canada, to flying in a helical diameter of 8.5 inches.
