Title: Robust 6G Air Interface Waveform Design
\nProject ID: D8vAs26
\nDomain(s): Aerospace,Cybersecurity,Multidisciplinary,Systems Engineering<\/p>\n
Description:<\/p>\n
5G air interface is vulnerable to intentional interferers due to non-dispersed synchronization and control signals. An interferer can focus its transmissions to times and frequencies that synchronization and control signals are located.
\nThere is an opportunity in 6G to remedy this problem. In this study the team will
\n1. study and document the tradeoffs in designing an air interface without dispersed synch and control signals,
\n2. study and document the 3GPP requirements and plans for 6G interface,
\n3. propose an air interface and evaluate its performance,
\n4. find industrial partners and influence the 3GPP for adoption of the proposed interface. <\/p>\n
Desired Skills:
\nCommunication Theory
\nPartnership
\nStandards<\/p>\n
US Citizenship Required: Yes
\nActive Clearance or Background Investigation Required: No
\nLevel Needed: <\/p>\n
Targeted Students: Grad
\nTeam Size: 2 to 4
\nDetails: An university professor advisor that can find industrial partners and interface with 3GPP SDO is recommended. In addition, Dr. Karsi and Dr. Havasy at MITRE can mentor\/advise on MITRE side. <\/p>\n
Focus on Particular University: No
\nDetails: <\/p>\n
Focus Timeline: No
\nDetails: <\/p>\n
Potential Funding:No
\nNote: Availability of funds not guaranteed<\/p>\n