A Phase Domain Approach for Mitigation of Self-Interference in Wireless Transceivers

Productisation: A review and research agenda

“…Productisation of products Abram (2007), Almond and Snelling (1999), Andriole (2010), Ayanoglu (1999), Bancroft (2005), Banhazi et al (2012), Belt et al (2010), Benedict (2012), Beuren et al (2013), Bowman and Swart (2007), Cheng et al (2009), Cornelissen et al (2012, Cummings and Haruyama (1999), Czuchry andCzuchry (2009), Cruz-Neira et al (2010), Danson et al (2005), Dondi et al (2002), Durugbo and Riedel (2013), Eliezer et al (2009), Eliezer and Staszewski (2011), Farra et al (2011), Fay (2003, Ferguson andKline (1997), Fey (1985), Flamholtz (1995), Flamholtz and Aksehirli (2000), Flamholtz (2002), Flamholtz and Hua (2002), Flamholtz and Hua (2003), Flamholtz and Kurland (2005), Floricel and Miller (2003), Fujishiro et al (2011), Geisler (1993, Hanninen et al (2013aHanninen et al ( , 2013bHanninen et al ( , 2014aHanninen et al ( , 2014b, Harkonen et al (2009), Henton (2005, Hicks (2001), Hossain (2012), …”

“…Combining and defining into a saleable whole Eliezer et al (2009); Eliezer and Staszewski (2011) A mobile sensing and imaging system for real-time monitoring of spine health, HW, SW Combining and defining into a saleable whole Farra et al (2011) Programmable automated welding system (PAWS) Combining and defining into a saleable whole Ferguson and Kline (1997) Creating integrated circuits custom digital LSI/VLSI Combining and defining into a saleable whole Fey (1985) Fuel-efficient, economical automobiles, Zap-Mail Translating technology into saleable whole Flamholtz (1995) Highly efficient SOFC (solid oxide fuel cell) modules Activities before ready commercially Fujishiro et al (2011) Optical fiber data links and optical sensors for in-well data transmission (oil industry)…”

The benefits from simultaneous transmission and reception in wireless networks

“…At each step, the algorithm solves an approximated version of problem (7) and the signomial program consists of repeating this step until convergence. The initial SINR guessγ is given by (6).…”

“…For any feasible power allocations p 0 , the initial SINR guessγ is given by (6) where all self interference gains, i.e., {g ij |(i, j) ∈ A}, are replaced by a virtual self interference coefficient g v which is gradually increased in each iteration. Note that Algorithm 3 terminates either when the power allocation obtained at Step 2 is admissible or when the virtual self interference gain g v reaches the true value of the interference coefficient g. Terminating Algorithm 3 if the solution is admissible is intuitively obvious for the following reason.…”

“…However, in practice there are numerous technological limitations [3]- [6] which can severely limit the accuracy of the self interference cancelation. Thus, one approach of dealing with the self interference in a wireless network consists of adding supplementary combinatorial constraints which prevents any node in the network to transmit and receive simultaneously [7]- [14].…”