Reducing the Number of Elements in the Synthesis of Shaped-Beam Patterns by the Forward-Backward Matrix Pencil Method

By Yanhui Liu, Qing Huo Liu, Z. Nie. IEEE Transactions on Antennas and Propagation, 2010

150 citations recorded by the source corpus.

Subfields: Aerospace Engineering, Electrical and Electronic Engineering

View Paper: https://www.semanticscholar.org/paper/a3229c1ed2b8161e45448b232f203ae79db4d10f

How researchers see this paper

The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.

In Aerospace Engineering

1. Benjamin Fuchs
2. Qing Huo Liu
3. Yanhui Liu
4. Hing Cheung So
5. Junli Liang
6. Xuan Zhang
7. Deyun Zhou
8. Chunhui Zhu

In Electrical and Electronic Engineering

1. Benjamin Fuchs
2. Qing Huo Liu
3. Yanhui Liu
4. Hing Cheung So
5. Junli Liang
6. Xuan Zhang
7. Deyun Zhou
8. Z. Nie

Citations in the corpus

• A NEW METHOD FOR THE SYNTHESIS OF NON- UNIFORM LINEAR ARRAYS WITH SHAPED POWER PATTERNS (2010, unknown): “Then the FBMPM-based synthesis method organizes the pattern data into a Hankel-Toeplitz matrix [15] where Here L is called the pencil parameter.”
• Maximally Sparse Arrays Via Sequential Convex Optimizations (2012, background): “In the proposed synthesis approach, differently from [5], [6], and [8]–[10], only the upper bound of the power pattern is assigned (and not a reference field, in amplitude and phase), thus allowing to determine the minimum number of required sensors independently on the particular reference field.”
• Synthesis of Nonuniformly Spaced Linear Arrays With Frequency-Invariant Patterns by the Generalized Matrix Pencil Methods (2015, methodology): “rank matrix approximation technique, as did in the original MPM-based synthesis methods [22], [23].”
• Synthesis of Sparse Arrays With Focused or Shaped Beampattern via Sequential Convex Optimizations (2012, methodology): “Matrix pencil methods (MPM) have lately been efficiently applied to reconstruct focused and shaped beampatterns while reducing the number of the array elements [13]–[15].”
• Reducing the Number of Elements in Multiple-Pattern Linear Arrays by the Extended Matrix Pencil Methods (2014, methodology): “where is appropriate for the usual case [20].”
• Sparse Array Beampattern Synthesis via Alternating Direction Method of Multipliers (2018, methodology): “Other design techniques include spatial tapering [10], [11], matrix pencil [12], [13], and stochastic optimization such as particle swarm [14], genetic algorithm [15], ant colony [16], and simulated annealing [17], [18].”