Skip to Main Content
Menu
Menu
Menu
Paesi e regioni
United States
United Kingdom
India
France
Deutschland
Italia
日本
대한민국
中国
台灣
Perché Ansys
Informazioni sull'azienda
Visualizza le informazioni sull'azienda
Storia di Ansys
Leadership
La simulazione è un superpotere
Storie di successo
Contatti & sedi
Responsabilità aziendale
Assicurazione della qualità
Ansys Security
Customer Success Stories
Scopri come i nostri clienti e partner raggiungono il successo con la simulazione.
Ulteriori informazioni
Ecosistema dei Partner
Visita l'ecosistema dei partner
Cerca un partner
Diventa partner Ansys
Partner tecnologici
Channel Partner
Service Partner
Strategic Partner
Academic Partner
Il programma di partnership vincente
Offriamo diverse opportunità di partnership per la collaborazione commerciale, tecnica e go-to-market che raggiunge un pubblico globale.
Cerca un partner
News center
Visita il News Center
Comunicati Stampa
Rivista Advantage
Blog
Podcast
Il futuro dei fari adattivi
In conseguenza della tendenza globale alla guida autonoma (ad), il futuro dei fari adattivi, o fari adattivi di guida (ADB), si sta rapidamente concentrando.
Leggi l'articolo
Opportunità di lavoro
Home Opportunità di lavoro
Vita in Ansys
Cultura e valori
Diversità, equità e inclusione
Programmi universitari
Conosci i nostri collaboratori
Cerca offerte di lavoro
Rendiamo possibile l'impossibile
Con opportunità in tutto il mondo, il tuo lavoro può andare più lontano di quanto tu abbia mai immaginato, unisciti alla nostra comunità globale.
CERCA OFFERTE DI LAVORO
Programma Startup
Relazioni con gli investitori
Ansys si impegna a fare in modo che gli studenti di oggi abbiano successo, fornendogli il software gratuito di simulazione ingegneristica.
Software gratuito per studenti
Prodotti & servizi
Tutti i prodotti
Visualizza tutti i prodotti
Prodotti di Prova Gratuiti
Prodotti per studenti
Ultima release
Ansys 2023 R1 Take a Leap of Certainty
Ansys 2023 R1 offre prestazioni platform-powered, collaborazione basata sul flusso di lavoro e innovazioni basate su informazioni approfondite per ogni fase del processo di sviluppo dei prodotti.
Ulteriori informazioni
Lista prodotti
Categorie dei prodotti
Visualizza tutti i prodotti
3D Design
Torna alla lista prodotti
3D Design
Panoramica dei prodotti
Discovery
SpaceClaim
Analisi Acustica
Torna alla lista prodotti
Analisi Acustica
Panoramica dei prodotti
Ansys Sound
Additive
Torna alla lista prodotti
Additive
Panoramica dei prodotti
Additive Print
Additive Suite
Simulazione Autonoma del Veicolo
Torna alla lista prodotti
Simulazione Autonoma del Veicolo
Panoramica dei prodotti
Ansys AVXcelerate Headlamp
Ansys Avxcelerate Sensors
Cloud
Torna alla lista prodotti
Cloud
Panoramica dei prodotti
Ansys Cloud Direct
Gateway Ansys alimentato da AWS
Connect
Torna alla lista prodotti
Connect
Panoramica dei prodotti
Ansys Minerva
Ansys ModelCenter
Ansys optiSLang
Digital Mission Engineering
Torna alla lista prodotti
Digital Mission Engineering
Panoramica dei prodotti
Ansys ODTK
Ansys STK
Digital Twin
Torna alla lista prodotti
Digital Twin
Panoramica dei prodotti
Ansys Twin Builder
Elettronica
Torna alla lista prodotti
Elettronica
Panoramica dei prodotti
Ansys EMA3D Cable
Ansys EMA3D Charge
Ansys HFSS
Ansys Icepak
Ansys Maxwell
Ansys Motor-CAD
Ansys Nuhertz FilterSolutions
Ansys Q3D Extractor
Ansys SIwave
Embedded Software
Torna alla lista prodotti
Embedded Software
Panoramica dei prodotti
Ansys SCADE Architect
Ansys SCADE Display
Ansys SCADE LifeCycle
Soluzioni Ansys SCADE per sistemi conformi ARINC 661
Ansys SCADE Suite
Ansys SCADE Test
Fluidi
Torna alla lista prodotti
Fluidi
Panoramica dei prodotti
Ansys BladeModeler
Ansys CFX
Ansys Chemkin-Pro
Ansys EnSight
Ansys FENSAP-ICE
Ansys Fluent
Ansys Forte
Ansys Model Fuel Library
Ansys Polyflow
Ansys Rocky
Ansys Turbogrid
Ansys Vista TF
Materiali
Torna alla lista prodotti
Materiali
Panoramica dei prodotti
Collaborazioni Granta
Ansys Granta EduPack
Ansys Granta Materials Data Library
Ansys Granta MI Enterprise
Ansys Granta MI Pro
Ansys Granta Selector
Dati materiali per la simulazione
Optics
Torna alla lista prodotti
Optics
Panoramica dei prodotti
Ansys Speos
Ansys Zemax OpticsBuilder
Ansys Zemax OpticStudio
Fotonica
Torna alla lista prodotti
Fotonica
Panoramica dei prodotti
Ansys Lumerical CHARGE
Ansys Lumerical CML Compiler
Ansys Lumerical DGTD
Ansys Lumerical FEEM
Ansys Lumerical FDTD
Ansys Lumerical HEAT
Ansys Lumerical INTERCONNECT
Ansys Lumerical MODE
Ansys Lumerical MQW
Ansys Lumerical STACK
Ansys Photonics Verilog-A
Safety Analysis
Torna alla lista prodotti
Safety Analysis
Panoramica dei prodotti
Ansys Digital Safety Manager
Ansys medini analyze
Ansys medini analyze per la sicurezza informatica
Ansys medini analyze per Semiconduttori
Semiconduttori
Torna alla lista prodotti
Semiconduttori
Panoramica dei prodotti
Ansys Clock FX
Ansys Exalto
Ansys PathFinder-SC
Ansys PowerArtist
Ansys RaptorH
Ansys Redhawk-SC
Ansys RedHawk-SC Electrothermal
Ansys Totem/Totem-SC
Ansys VeloceRF
Ansys RaptorQu
Strutture
Torna alla lista prodotti
Strutture
Panoramica dei prodotti
Ansys Autodyn
Ansys Forming
Ansys LS-DYNA
Ansys Mechanical
Ansys Motion
Ansys nCode DesignLife
Ansys Sherlock
Trend tecnologici
Visualizza tutte le tendenze tecnologiche
5G/6G
AI/Machine Learning
Autonomous Engineering
Cloud
Elettrificazione
IIoT
Guidare un mondo più sicuro ed efficiente
Per far progredire il settore autonomo è necessario un mix di simulazione e test nel mondo reale. La tecnologia dei veicoli autonomi promette una soluzione.
Ulteriori informazioni
Applicazioni
Applicazioni
Visualizza tutte le applicazioni
Progettazione e posizionamento dell'antenna
Sviluppo autonomo di sensori
Avionica e controllo del volo
Simulazione della batteria
Torna alle applicazioni
Simulazione della batteria
Panoramica dei prodotti
Batteria ed elettrodo
Batteria EMI/EMC
Sistemi di gestione della batteria
Affidabilità strutturale
Gestione termica del pacco batteria e del modulo
Motori elettrici
Affidabilità elettronica
EMI/EMC
Turbine a gas
Ipersonico
PCB, circuiti integrati e pacchetti IC
Elettronica di potenza
Macchine rotanti
Ottimizzazione della topologia
Analisi termica
Progettazione di turbine eoliche
Settori
Visualizza tutti i settori industriali
Aerospaziale
Automotive
Difesa
Energia
Healthcare
High Tech
Attrezzature industriali
Navigare nell'esperienza della mobilità connessa
Offri esperienze di trasporto e mobilità del futuro con la prossima generazione di strumenti di simulazione e ingegneria.
Ulteriori informazioni
Servizi & Supporto
Visualizza tutto il supporto
Consulenza
Soluzioni IT
Learning Hub
Servizi di ingegneria dell'affidabilità
Servizi
Supporto
Training Center
Assicurazione della qualità
Risolvere le sfide più difficili sull'affidabilità dei prodotti
Reliability Engineering Services (RES) offre preziose informazioni al settore dell'elettronica. Dall'affidabilità delle batterie, alla revisione della progettazione dei prodotti, fino ai test di durata accelerata, i nostri esperti sono in grado di risolvere le tue sfide.
Vedi i dettagli
Ansys Store
Benvenuto nell'Ansys Store
Sfoglia il nostro catalogo di applicazioni da Fluent, Mechanical e meshing ai sistemi e al flusso di lavoro.
Visita l'Ansys Store
Ansys si impegna a fare in modo che gli studenti di oggi abbiano successo, fornendogli il software gratuito di simulazione ingegneristica.
Software gratuito per studenti
Scarica
Resource Center
Visualizza il centro risorse
Caso di studio
Demo
Video
Webinar on demand
White paper
Sei nuovo in Fluent? Nuovo su Fluent? Inizia con un'introduzione ad Ansys Fluent
La fluidodinamica computazionale leader del settore offre modellazione fisica avanzata e precisione. Scopri come generare una mesh di alta qualità e i flussi di lavoro in questa presentazione di 30 minuti.
Guarda ora
Training Center
Training Center
Formazione autodidatta
Formazione per il tuo team
Formazione per la tua azienda
Trova un corso di formazione
Benvenuto nell'Ansys Learning Hub
Ottieni tutte le risorse di formazione necessarie per ampliare la tua conoscenz di base e affrontare progetti di simulazione attuali e futuri.
Esplora
Studenti e Accademici
Studenti e Accademici
Studenti
Insegnanti
Ricercatori
Risorse di formazione
Learning Forum
Corsi di innovazione
Arricchisci il tuo curriculum e migliora l'esperienza di apprendimento
Iscriviti alla serie di webinar accademici Ansys e porta le tue conoscenze ad un livello successivo grazie alla simulazione.
Iscriviti
Eventi & Webinar
Tutti i prossimi eventi
Webinar passati
Ansys Learning Hub
Ansys si impegna a fare in modo che gli studenti di oggi abbiano successo, fornendogli il software gratuito di simulazione ingegneristica.
Software gratuito per studenti
Prove Gratuite
Contattaci
Opportunità di lavoro
Studenti e Accademici
Customer Center
Accedi
Esci
Customer Center
Supporto
Partner Community
Contatta l'ufficio vendite
Per Stati Uniti e Canada
+1 844.462.6797
Trova contatti nel mondo
Home
Blog
Charting and Validating the Course Ahead with Keysight and Digital Mission Engineering
ANSYS BLOG
December 13, 2022
Charting and Validating the Course Ahead with Keysight and Digital Mission Engineering
What if you could monitor, predict, and plan for the unseen in space or on Earth? Think of an airport — as flights prepare for takeoff, a number of planes approach the area to land. Airport traffic management is well-versed in these types of situations, but traffic bottlenecks go beyond the physicality of planes vying for runway space. There are invisible networks, signals, and frequencies emanating from these planes that cause interference with each other. Even the most advanced traffic controller might be unable to predict such variables or potential interference.
This is just one example of how Ansys and Keysight Technologies, a leading manufacturer of electronic test and measurement equipment, are helping customers see the unseeable to chart and validate the best course of action on the ground, in the air, and beyond. By pairing Keysight’s hardware and software validation solutions with Ansys Systems Tool Kit (STK) digital mission engineering platform, engineers and designers can ensure success in even the most complex missions.
Closing the Loop with Simulated Data
Keysight provides solutions for a range of industries, including aerospace and defense (A&D),  telecommunications, consumer electronics, automotive, and industrial equipment — influencing many devices and systems that impact our daily lives. For example, your cell phone may have been designed and tested using Keysight’s verification tools, or your favorite internet service provider  may have undergone rigorous cyber testing from Keysight to ensure its security and improve loading time.
These hardware-in-the-loop (HIL) and software-in-the-loop (SIL) solutions serve as an important bridge between simulation and real-life products. However, in certain scenarios, static simulations can only forecast so much, even with the best design validation tools. Radio frequency (RF) signals, for example — like all electromagnetic (EM) phenomena — are active, ever-changing, and in motion.
By integrating STK, designers and engineers achieve enhanced understanding of system performance and can explore design alternatives across dynamic platforms in STK's high-fidelity, system-of-systems ecosystem.
“A trend we’ve seen lately is performing more comprehensive simulations of systems during early conceptualization phases,” says Phil Lorch, director of the Space and Satellite Test Solutions business unit at Keysight Technologies. “The value of pairing Keysight and Ansys technologies is helping our customers accelerate through the stages of the product life cycle in a more streamlined way, from the earliest engineering using the STK platform for simulation through detailed design development and building the prototype with  RF and network design simulation and then with hardware validation and HIL testing.”
Time-dynamic 4D system-level simulation is one of STK’s greatest assets. With STK, you can model complex systems inside a realistic simulation that includes high-resolution terrain, imagery, RF environments, and more. Further, you can select, build, and import precise models of ground, sea, air, and space assets and combine them to represent existing or proposed systems. Similarly, you can simulate the entire system of systems in action, at any location, and at any time, to gain a better understanding of system behavior and mission performance. In addition to saving time and costs, there is also a greater success rate for the first run of demonstration missions and initial integrations of different subsystem components.
“By using Keysight and Ansys tools together, you can compare measurement results with simulation results throughout the product life cycle, from design through validation and even actual operations — making a determination if the models need to be improved or if there’s something wrong in the hardware. It becomes a virtuous cycle as you go through iterations of a design,” says Lorch. “The value here is helping customers get through the loop a lot quicker and get their products and systems to their customers faster and in a much more reliable way.”
Another incentive for joint solutions is the A&D industry's push toward digital transformation.
Several governmental branches funded by the Department of Defense (DOD) — such as the U.S. Air Force and U.S. Space Force — are starting to mandate more thorough designs simulated using digital twin technology before accepting proposals or bids from system vendors.
“By linking our products together more seamlessly, we can help our customers meet governmental requirements for digital twins and accurate digital simulations with a high degree of reliability,” adds Lorch.
Simulation shown in Ansys STK integrated with Keysight’s PathWave System Design (formerly SystemVue) software, which offers component level design approaches for engineers to create digital representations of their anticipated radio frequency (RF) systems. This simulation illustrates an uplink-downlink situation utilizing a specified communications system and a phased array antenna design.
The ensured reliability is supported by Keysight’s renowned validation technologies, including three that are currently integrated with Ansys software:
PathWave System Design (formerly known as SystemVue)
PROPSIM channel emulators
Network simulators such as QualNet and EXata, which are products they’ve adopted through their acquisition of Scalable Network Technologies
PathWave System Design is an RF-system-simulator that incorporates detailed and regularly-updated libraries of RF and microwave behavioral models used in communication systems. This enables RF system engineers to virtually prototype and simulate their phased array antennas, RF front-end and back-end architectures with very high fidelity before committing to hardware realization.
As demonstrated in the airport example earlier, using network simulators like QualNet or EXata in tandem with STK enables designers to simulate communication networks with a high degree of fidelity. These insightful joint workflows enable users to detect unseen interference and network traffic issues in scenarios with numerous simultaneous radio signals.
Keysight’s PROPSIM channel emulators bring hardware-in-the-loop (HIL) to the testing routine. These emulators can be integrated with the Ansys STK digital mission engineering platform.
Still, whether the mission is in its early stages or final stages, terrestrial or non-terrestrial, the Keysight-STK integrations provide insight in real time to improve performance and success, from the smallest details to full system analyses.
“The connection with Keysight is critical in getting users like system designers to the milestone portions of the product life cycle faster,” says Nate McBee, a senior manager of product management in digital mission engineering at Ansys. “It gives them an opportunity to go back and revisit their designs without having to rip apart design scaffolding or use piecemeal integrations. ”
Keysight’s QualNet and EXata network simulators enable designers to model the full network stack and understand how data would be delivered through a network of connected devices with multiple routes, priorities, and dynamically changing links. The QualNet/EXata-Ansys STK integration offers better prediction of performance such as latency and packet loss in operational environments by establishing highly realistic mission scenarios and improved levels of fidelity in the analyses of mobile communications.
These images illustrate the same scenario visualization in STK (left) and Keysight EXata (right).
A Wealth of Applications for Digital Mission Engineering
The potential for Keysight-STK integration is nearly limitless and extends beyond A&D with a wide scope of applications, many of which affect our daily lives — such as inflight Wi-Fi, transit system communications, cell phone reception, and satellite radio.
These images show Ansys STK modeling a ground-based network of cellular towers and repeaters with vehicles traveling within the designed environment to analyze connectivity, signal strength, and other metrics. Through a co-simulation with Keysight’s QualNet and EXata network simulators, the STK simulation can be used to analyze the performance of the entire network.
“Digital mission engineering brings in the dynamics. A lot of designs are static, saying, ‘Here are the requirements, go design and build this thing and you’re done,’” says Lorch. “But it doesn’t take into account the dynamics — what are the changing environmental conditions that are result of a mission profile? And it doesn’t have to be a military mission; it could be a task or challenge, like ‘I need to make sure I have a communication link that’s going to work for this ship from point A to point B and I don’t know if there will be cell towers along the way.’”
According to Lorch, digital mission engineering strengthens the concept of the mission from the start with the ability to account for the time variance of parameters, which improves design accuracy and product performance.
This can be demonstrated with the example of a satellite. While simulating a satellite in STK as it moves toward a ground station, Keysight test equipment can apply a Doppler shift to the signal as it crosses overhead and illuminate this with a spectrum analyzer. This collaboration provides insight that enables a more accurate simulation of an orbiting satellite in motion, including the shifting parameters of radio links between the satellite and ground station in real time.
The technology pairing can also help when disaster strikes. When the volcano erupted at Hunga Tonga-Hunga Ha’apai Island earlier this year, it severed undersea internet cables, obliterating communication with the outside world. It was satellite communications1 that allowed recovery teams to regain connectivity.
“Having a network that is robust, that’s been modeled very well, and can handle massive increases in traffic is really important and practical from a saving-human-lives standpoint and getting first responders and help to areas before ground networks have been reestablished,” says Lorch. “Through the Keysight-Ansys integrations, we can help ensure these robust, reliable, and critical systems work under normal as well as extreme conditions.”
Built on a Strong Foundation
The Keysight and Ansys relationship goes back more than a decade, beginning with Keysight and AGI, which was acquired by Ansys in 2020.
“For well over 10 years we’ve had some level of demonstratable scripting or integrations, and the recognition was, we’ve got a lot of joint customers and these tools are commonly used together, so there should be a more elegant integration between them that benefits all sides,” says McBee.
Today Ansys and Keysight’s streamlined and interoperable workflows combine industry-leading tools that enable engineers to accelerate the product life cycle, garner critical insights to improve decision-making, significantly reduce human error, and produce higher-fidelity designs.
“The power of what we can do across our two companies for our mutual customers is pretty amazing, and I would say unequaled,” says Lorch. “It’s a unique and comprehensive set of capabilities.”
To explore STK firsthand, request a free trial here .
To further explore Keysight’s integrated solutions with STK, please visit:
PathWave System Design (SystemVue) | Keysight
AGI STK/Keysight Technologies Networks Interface
PROPSIM Platforms | Keysight
References
Satellite Operators Restore Critical Communications to Tonga After Volcanic Eruption
Share
Tweet
Share
Blog Home
Author
Maura Callahan
Senior Product Marketing Manager, Ansys
Stay in the Know
Subscribe to the Ansys Blog for email notifications.
Subscribe
Learn More
To explore STK firsthand, request a free trial  here .
To further explore Keysight’s integrated solutions with STK, please visit:
PathWave System Design (SystemVue) | Keysight
AGI STK/Keysight Technologies Networks Interface
PROPSIM Platforms | Keysight
“By using Keysight and Ansys tools together, you can compare measurement results with simulation results throughout the product life cycle, from design through validation and even actual operations — making a determination if the models need to be improved or if there’s something wrong in the hardware. It becomes a virtuous cycle as you go through iterations of a design.” - Phil Lorch, director of the Space and Satellite Test Solutions business unit, Keysight Technologies."
— Phil Lorch, director of the Space and Satellite Test Solutions business unit at Keysight Technologies
Scopri cosa può fare Ansys per te
Contact Us
Contattaci subito
* = Campo obbligatorio
Mr.
Sig.ra
Sig.na
Dott.
Prof.
Herr
Dott.
Frau
Ing.
Herr Dr.
Frau Dr.
Herr Prof.
Frau Prof.
Titolo
Nome *
First Name in English
Cognome *
Last Name in English
E-mail *
Azienda o Istituto *
Dipartimento *
C-level
Consulente
Dirigente
Impiegato (Ansys)
Ingegnere
Manager
Presidente
Professore
Studente
Vice Presidente
Altro
Ruolo
Sì
No
Sei uno studente?? *
Telefono *
Paese/Regione *
Stato/Territorio *
Città *
Codice postale *
Università/Accademia
Settore aerospaziale e difesa
Settore automobilistico e trasporto via terra
Energia
Sanità
Elettronica e High Tech
Industrial Equipment
Materials and Chemical Processing
Semiconduttori
Settore
3D Design Exploration
Cloud and Platform Services
Digital Mission Engineering
Electromagnetics
Fluid Dynamics
LSTC LS-Dyna
Materials
Optics
Photonics
Reliability Engineering
Reliability Engineering Services
Safety Critical Embedded Software and Displays
Semiconductor Power, Performance and Reliability
Structural Mechanics
System Simulation, Safety and Digital Twins
Virtual Light Modeling
Tipologia di prodotto
Software CAE
Approvazione acquisto
Specifica acquisto
Nessun coinvolgimento nell’acquisto
Potere decisionale d'acquisto
Cellulare
0-3 mesi
4-6 mesi
7-9 mesi
10-12 mesi
13-18 mesi
più di 18 mesi
Sconosciuto
Acquisto intervallo temporale
Commento
Desidero ricevere aggiornamenti e altre offerte da Ansys e dai suoi partner.
Posso annullare l'iscrizione in qualsiasi momento. Ansys Privacy
This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.
Campaign Id
Campaign Id2
Optin Source
Invia
Grazie per averci contattato!
We’re here to answer your questions and look forward to speaking with you. A member of our Ansys sales team will contact you shortly.
Blog
News center
Rivista Advantage
Eventi
Resource Center
Training Center
Studenti & Licenze Accademiche
Prodotti & servizi
Opportunità di lavoro
Sedi
Investitori
Leadership
Connect with Ansys
Youtube
Facebook
Twitter
Linkedin
Instagram
Ascolta le ultime notizie da Ansys
Avvisi legali
Informativa sulla privacy
Politica sui cookie
Conformità dell'esportazione
Termini e condizioni
Segnala pirateria
Mappa del sito
© 2023 Copyright ANSYS, Inc