mimo

It would not be an exaggeration to say that the mimo concentrate and embody Yi people's conceptions of nature and of their spiritual world.

MIMO radar is a new radar technique developed recently, and one of the main research directions for the next generation radar.

When a mimo is not doing ceremonies for healings or funerals, he goes off to a quiet spot at the edge of a village.

Hence, MIMO has been used in downlink transmission as a must-option in LTE system.

Although some old radar systems can be attributed to the domain of MIMO radar, but the concept of the MIMO radar still has the significance.

He is the only mimo [a shaman in the traditional animist religion of his ethnic minority] in Wenhai and also the best in Lijiang.

Spatial correlation is one of the impairments practical MIMO wireless communication systems have to cope with.

Only a few documents or articles are presented and no practical devices exist, so MIMO radar countermeasures are just conceived.

Being one of the core MIMO techniques, the space-time code technique takes a very important status in the MIMO-OFDM system.

As a hopeful technology to be used in the physical layer of Next G, MIMO-OFDM is becoming the research focus in communication.

The design about a MIMO servo mechanism by using numerical EDA method will base on the result of this study.

The last part of the dissertation proposes a post- time-reversed MIMO ultra-wideband wireless transmission scheme.

For a multiple-input-multiple-output (MIMO) OFDM system, the required complexity of the ZF and MMSE methods becomes more intractable.

A channel estimation scheme for a multi-input multi-output orthogonal frequency-division multiplexing (MIMO-OFDM) system was presented.

Each year he is invited to preside over various mimo ceremonies by the Yi people from Lijiang, Ninglang and Jianchuan, and I accompany him.

A robust zero-forcing receiver in the Multiple Input Multiple Output (MIMO) channel with a channel estimation error is presented.

The basic procedure of a multi-input multi-output (MIMO) random vibration test is analyzed systematically in the article.

The decoupling problem for a class of nonlinear MIMO time-delay systems is studied with differential geometric method.

A broadband modal parameter identification algorithm is proposed for a multi-input multi-output (MIMO) system.

As one of the key technologies of MIMO OFDM, synchronization comes to the research focus.

For this reason, suboptimal but simpler linear receivers have been developed for the multi-access MIMO.

Therefore, the combination of MIMO and OFDM is an attractive and competitive solution for future broadband wireless systems.

A subcarrier allocation algorithm is presented for multiuser MIMO-OFDM communication network based on maximum of the system sum capacity.

In MIMO, the correlation of the channel has obvious effect on the system, especially on the capacity.

Multizone electrical furnace is a typical multi input multi output system (MIMO) which characterized by coupling, uncertainty and nonlinear.

This paper proposes a simplified eigencanceler (EC) for clutter suppression in an airborne multiple input multiple output (MIMO) radar.

And the capacity of the UMB systems has been greatly improved by using the multiple antenna technology, like the Closed-loop MIMO.

Aiming at the two great challenges: bandwidth efficiency and multi-paths fading, we propose a blind channel estimation algorithm.

A blind channel estimation method is presented for the Multiple-Input-Multiple-Output (MIMO) CDMA system employing long spreading codes.

The algorithms in flat fading MIMO systems can be directly used in wideband correlated MIMO case based on virtual antennas idea.

Sure, take some mimo with you. Its steam just now. Smell, how perfume they are!

Since there may exist multiple CFOs in distributed MIMO systems, the CFO estimation and compensation become more difficult for this case.

The basic thought is to apply the existing blind source separation (BSS) algorithm to the signal detection in MIMO-OFDM systems.

Capacity of systems can be improved when virtual MIMO scheme is applied in the wireless self-organized multi-hop network.

Allocation of antennas and subcarriers is one of most important issue for multiuser MIMO-OFDM system radio resource management.

MIMO is a technology breakthrough in wireless communication, which can improve system capacity and spectrum efficiency.

The global stabilization is discussed for the MIMO discrete-time bilinear systems whose free dynamics are Lyapunov stable.

Space-time block codes (STBC), as the core of MIMO technology, can improve system capacity and spectral efficiency.

Polyhedral array antenna also be designed to enhance the MIMO channel capacity.

In MIMO communication systems, an eigen-beamforming algorithm which could reduce the symbol error rate effectively was proposed.

The simulation results show that MTI processing of MIMO radar can acquire higher improvement factor to targets flying at arbitrarily angle.

In this paper, by increasing the relay antenna line of sight environment MIMO channel performance improvements.

This paper analysis the local transmission and long-haul transmission energy consumption in cooperative MIMO in detailed.

First of all, the brief introduction of MIMO system is raised. Meanwhile, the multiple cell coordinated system model is designed.

Capacity of the MIMO-OFDM systems using both space diversity and polarization diversity was analyzed.

Discussed in this thesis are integrity conditions of linear MIMO systems and design procedures of controllers with integrity.

A novel robust tracking control scheme is presented for affine multi-input multi-output (MIMO) nonlinear non-minimum phase systems.

Combing the MIMO and OFDM technology can achieve high frequency spectrum utilization in frequency selected channel.

Considered the optimal tracking control(OTC)problem for MIMO systems affected by sinusoidal disturbances.

More realistic assumptions can dramatically impact the potential capacity gains of MIMO techniques.

Secondly, the dissertation discusses the signal detection scheme with neural network optimized by QGA in the MIMO systems.

Orthogonal waveform phased array radar also named MIMO radar is the improved product of traditional phased array radar.

V -BLAST is an effective detection method for MIMO OFDM systems, but has a large computational complexity.

An eigen- mode method is adopted to investigate the spatial degrees of freedom for MIMO wireless communication systems.

This paper presents an adaptive fuzzy tracking control scheme for MIMO nonlinear systems with multiple time delays.

Modified MIMO channel estimation algorithm based on superimposed training sequence was proposed for the frequency selective channel.

We first provide a comprehensive summary of ergodic and capacity versus outage results for single-user MIMO channels.

And this conclusion gives some guidelines for antenna design in broadband MIMO communication system.

MIMO Pre-coder technology provide an effective solution for future wireless communication.

MIMO radar is a new kind of radar that combine multiple-input multiple-output(MIMO)technique with radar systems.

Research on theory and simulation show the methods above can assess LTV MIMO process accurately and effectively.

Using of MIMO system in the wireless channel can significantly improve the capacity of communication system.

A computationally efficient Space-Time Adaptive Processing (STAP) method for clutter suppression in airborne MIMO radar is proposed.

Following above, the MIMO channel is proposed when polarization diversity is present.

A multiuser scheduling method for MIMO system using random beamforming technique is proposed.

To improve range and speed, MIMO uses two radios and three antennas on a wireless router or client adapter.

Based on the channel model of MIMO-OFDM, the basic and improved principles of two channel estimation algorithms: LS and MMSE are given.

Therefore, the combination of MIMO and OFDM has been the important technique of wideband wireless communication system.

In the end discusses MIMO channel estimation in frequency-selective fading, and investigates the design of training sequence.

Finally, the problem of CFO compensation in distributed spatial multiplexing MIMO-OFDM systems is addressed.

Precoding technology can improve the performance of MIMO system, by adjusting the transmit single according to the channel condition.

Space-time code designs for non-coherent MIMO(multiple input multiple output) systems are studied.

Simulation results show the introducing of MIMO in UWB may improve performance of system by reducing BER.

This dissertation gives deep research on the non-cooperative virtual MIMO technique.

A novel adaptive subchannel allocation algorithm is proposed for multi-user MIMO-OFDM system.

These extend the research of representation of frequency scattering in MIMO channel.

This thesis focuses on the channel estimation for MIMO-OFDM systems in wireless fading channels.

Take Mimo out to the lobby and give him his money back.

The thesis mainly discusses the precoding techniques applied in the MIMO downlink of LTE system.

The horizontal bar gymnastic robot is a typical sample of underactuated MIMO (multi input-multi output) complex systems.

In this thesis, we focus on the simulation analysis of the performance for MIMO Multicarrier CDMA uplink system.

In other words, under the request of the same system throughput, MIMO systems can save more transmission energy than the SISO system.

A semi-blind channel estimation algorithm for MIMO-OFDM system is discussed mainly in this paper.

In MIMO systems, the multi-antenna array can bring about performance improvement.

In particular, precoding is a key technique of the MIMO processing.

The Multiple Input Multiple Output ( MIMO) technology is a good choice.

Chapter 1 reviews MIMO system and space-time coding, besides some analysis on wireless channel characteristics.

Simulation results in Quasi stationary fading MIMO channel show that the scheme is very effective.

In this thesis, we discus on the combination of H. 264 and MIMO system and proposed a strategy about wireless video transmission.

This method is suitable to the MIMO-OFDM systems which adopt linear precoding.

Firstly, the structure of MIMO system and different space-time encoding technologies were introduced briefly.

This section applies only when a UE is configured in MIMO mode.

For the problem of angular glint, a angular glint suppressing method was presented by using MIMO radar.

Firstly, the signal model of coherent distributed targets for bistatic MIMO radar is established.

Therefore unite MIMO technique and OFDM's these two techniques the consideration becomes a kind of very natural viewpoint.

A new array optimization algorithm for the MIMO radar is proposed.

The three of us, standing quiet as mourners around Mimo's car, stopped her short of the lobby door.

Only site (mobile device) or access point (AP) support only when the deployment of MIMO MIMO.

In general, using space time code can improve MIMO system capacity.

"Whoa, " Mimo said, a flattered, guilt-ridden knot of emotion now.

An array model for the monostatic collocated MIMO radar is presented in this paper.

It is compared with existing method based on a helicopter model and MIMO active control simulation is conducted.

In order to meet the above requirements, we introduced network coding technique in the MIMO communication system.

MIMO second order sliding mode control based on finite state machine strategy is proposed.

MIMO technology, with advantages such as theoretical high capacity, is attaching great attentions.

MIMO spatial diversity is sometimes called, because it uses multiple spatial channels to send and receive data.

Therefore, how to get the MIMO channel information correctly becomes a crucial problem.

As a result, how to adopt virtual MIMO to design the optimal energy-efficient wireless sensor networks becomes a research hotspot.

Space-time code (STC) is the coding scheme based on transmit diversity that can improve MIMO performance.

For example, to the MIMO system with n transmit antennas the number of iterative detection are equal ton.

At the same time, in the MIMO case, a stability criterion is given, which doesn't need the decoupling conditions.

Identification of a Class of MIMO Nonlinear Continuous-time Systems with Observable States Using Driving Signal

The Least Squares Parameter Estimation of MIMO Systems with Constraints on Parameters of Different Equations

Robustly strict positive real analysis and output feedback control for a class of uncertain MIMO linear systems

Study of generalized predictive control algorithm and simulation with the MIMO

Study of the underwater acoustic MIMO capacity for single sound path channel

A Modified Algorithm for Getting Controllable Canonical Form of MIMO System

The Study of the Generalized Predictive Control Algorithm with the MIMO and Its Applications

Disturbance decoupling control with stability for a class of MIMO nonlinear systems

Blind Signal Separation for Instantaneous MIMO Systems Using Whitening and Constrained Constant Modulus Algorithm

Capacity Autocorrelation Characteristics of Distributed MIMO Systems in Doppler Spread Channels

Performance of Belief Propagation Space-Time Coded Modulation with Iterative Decoding over Quasi-Stationary Fading MIMO Channel

Performance investigation of combining beamforming with STBC for multiuser MIMO communications

Control of model-following variable structures for a class of able-decoupled MIMO systems

The Fractal Antenna Characteristics Analysis and its Application to MIMO Antenna

A Study of MIMO Soft-sensor Model On Product Quality in Atmospheric Distillation Column

Preprocessing Technique for Multiuser MIMO Downlink System over Frequency-Selective Fading Channel

Neural Network Direct Adaptive Robust Control for a Class of Nonlinear MIMO Systems

Study on a simple diversity technique using spread space-time block coding in MIMO systems

Simulation study of channel model for MIMO radio communication

Adaptive Fuzzy Control for a Class of MIMO Nonlinear Systems with Unknown Dead-zones

On performance of a beamforming scheme in correlated MIMO channel

Indirect adaptive fuzzy robust control for a class of nonlinear MIMO systems

Adaptive Fuzzy Output Feedback Control for A Class of Nonlinear MIMO Systems

Simulation of MIMO Adaptive Equalization for Multipath Underwater Acoustic Channels

Direct robust adaptive fuzzy control of a class MIMO nonlinear system

Performance analysis of the MIMO trellis-coded modulation in Rayleigh-fading channels

Space Correlation of MIMO Fading Channel and Its Channel Capacity Analysis

Linearly Constrained SOLMS for Adaptive Space-Time Interference Cancellation in STBC MIMO Systems

Global Stability of Limit Cycles for a Class of MIMO Relay Feedback Systems

Low-Density Parity-Check Based Differential Unitary Space-Frequency Modulation for MIMO-OFDM Systems

Application of DSSS based layered space-time architecture to downlink correlated fading MIMO systems

Important Affection of the Output Function in MIMO Nonlinear Control System Design

Adaptive Modulation for MIMO Systems with Channel State Information Feedback Periods and Delays

Blind MIMO Equalization Algorithm for Row Diagonally Predominant Channel Matrix

MIMO Channel Capacity for Distributed Wireless Communication System

Predictive functional control and robust D-stability condition for MIMO systems with multiple time-delay

Absolute Stability of the Origin of Lurie-Type Nonlinear Systems with MIMO Bounded Time-Delays

Optimization of transmit antenna selection associated with pre-coding for MIMO ARQ wireless systems

New detection algorithm for layered space-time receiver in frequency selective fading MIMO channels

Switching control of a class of linear MIMO discrete systems

Robustness analysis and output feedback control for strictly positive real linear MIMO systems

Applications of Embedded Real-Time Operation System in MIMO Wireless Communication System

Characteristic Modelling and Adaptive Fuzzy Control Method of MIMO Higher-Order Linear Time-Varying Systems

MIMO Channel Estimation Using Superimposed Training Sequence

MIMO and its application in wireless communications

Variable structure control for MIMO discrete-time systems using fast output sampling feedback

Channel Estimation Optimization and Lower Bound of Capacity Analysis in MIMO System with Colored Noise

Predictive PID Control Simulation for a Class of MIMO Systems

The Design and Realization of Digital Controller for MIMO Deadbeat and Non-hidden Oscillation Systems

Performance analysis of MIMO system using adaptive modulation technique

Methods of MIMO Channel Measurement and Modeling for Wireless Communication System

Mitigating Error Propagation in Soft Decision Equalization for Coded MIMO Channels

Analysis of the MIMO Channel Capacity of Micro-Cell Using Elliptical MIMO Channel Model

Adaptive Fuzzy Control of A Class of MIMO Nonlinear System

Direction of MIMO Plant and Robust Performance

A Review of Study on Adaptive Equalization in MIMO System and Its Future Development

Terminal sliding mode control of MIMO linear systems with unmatched uncertainties

Identification Approach for MIMO System with Observable States Using Driving Sign

Approach towards the achievable sum rates capacity of Gaussian MIMO broadcast channels

Outage capacity simulations for wireless stochastic MIMO systems

MIMO Quantitative Feedback Theory for Lateral Robust Flight Control Systems

Algorithm of channel estimation using special training sequence for MIMO-OFDM systems

Neural network based adaptive output feedback control for MIMO nonlinear systems

Application of MIMO system identification in electric heating furnace

A Novel Adaptive Equalization Algorithm for MIMO Communication System

Application of MIMO Technology in Wireless Communication System

Constrained fuzzy predictive control for MIMO nonlinear systems

Application of MIMO state feedback linearization in boiler-turbine systems

A Low Complexity Detection Scheme for MIMO Signal with Distributed Transmit Antennas

Transmit antennas selection influence on performance of MIMO systems

Space-time iterative equalization and decoding system and algorithm in MIMO channel

BER Performance Analysis of MIMO System with Geometric Mean Decomposition

Analysis of Gaussian Interpolation in Broadband Rapid Fading MIMO Channel

Fast Antenna Selection Algorithms for Distributed MIMO Systems

Singular perturbation balanced reduction method of linear MIMO systems

Modeling and Performance Evaluation of the MIMO Radio Channel

Research on MIMO system and the application of space time coding technology in power line communication

Design of Discrete Frequency-coding Waveforms for MIMO radar via Genetic Algorithm

Research on Delay Synchronization in MIMO Networked Control Systems

Indirect Adaptive Fuzzy Tracking Control for MIMO Nonlinear Systems

The research of detecting-method of MIMO system and its improvement

Analysis of capacity of fixed relaying cellular network using MIMO technology

Cross-layer Optimization in Virtual MIMO Sensor Networks with Rate Adaptation

A Simplified Method for Calculating Soft Information in MIMO Signal Detection

Performance of MIMO with Circular Antenna Array Using Correlation Matrix

Application research of adaptive fuzzy neural controller for MIMO system

An Adaptive Antenna Selection Scheme for Spatial Correlated MIMO Channel

Time-varying channel tracking using sequential Monte Carlo filter in MIMO systems

Detection Algorithm Based on an Enhanced Null-Space Constraint for Multi-User MIMO Systems

Predictive Function Decoupling Control for MIMO Systems

Capacity and Antenna Selection of MIMO System over Keyhole Nakagami-m Fading Channels

MIMO adaptive neural network control using dynamic surface control

Impact of Antenna Array Orientation on Performance of MIMO Wireless Channels

Wavelet Network-Based Adaptive Robust Control of MIMO Nonlinear Systems

Nonlinear MIMO QFT controller design for three-axis hydraulic simulator

Application research of blind signal separation by using fuzzy neural networks in MIMO channels

Capacity of indoor MIMO wireless system in the presence of polarization diversity

Measurement Analysis of the Correlation on MIMO System in Micro-area

Adaptive fuzzy control for MIMO nonlinear systems with multiple time delays

Joint Transmit and Receive Optimization with Rate Constraint in MIMO System

Generalized PDA Algorithm and Iterative Detection for MIMO System

Capacity of Outdoor MIMO Fading Channels in Scattering Situations

Fuzzy Adaptive Output Feedback Control for Nonlinear MIMO Systems

Robust receiver design of MIMO systems in impulsive noise environments

Application of MIMO Time Domain Modal Analysis on Dynamic Design of Automobile Body

On the capacity of MIMO systems in frequency selective fading environments

Topology-Transparent Reservation Time Division Multiple Access in Multihop Ad hoc Networks with MIMO Links

Statistical Distributions of MIMO Channels over Flat Fading

MIMO channel capacity of aviation image transmission system

Novel MC-MIMO architecture for wireless indoor applications

A Decentralized Optimization DMC Algorithm for MIMO Systems

Tradeoff between Diversity Gain and Multiplexing Gain in MIMO Systems

Analysis and simulations for ergodic capacity channel of MIMO systems

Evaluating the Spatial Correlation of Fading Signals in MIMO Channels

Key Technologies and Future Applications of MIMO Wireless System

A Novel Channel Tracking Algorithm for MIMO Communication System

Time-Varying Channel Estimation and Pilot Tone Placement for MIMO OFDM Systems

Effect of spatial correlation on underwater acoustic MIMO capacity

Effect of Fading Correlation on Channel Capacity of Distributed MIMO Systems

MIMO Hybrid Control of Structural Responses for Helicopter

MIMO system with space multiplexing and transmit diversity

Capacity of Deficient Rank MIMO Channels with Antenna Selection

Linear precoding scheme for MIMO channels with delayed feedback

Transmit antenna selection and link adaptation for MIMO systems

Differential Space-Time Block Code for Correlated MIMO Channels

On Fading Correlation and Channel Capacity of MIMO Systems under Flat Fading

Modeling and Digital Simulation of MIMO Discrete System with Pure Time Delay

Decoupled Predictive Functional Control Algorithm Based on Nash Optimization for MIMO Processes

A Novel Dynamic Decoupling Control Method for MIMO Nonlinear System

On Stability of the Limiting Zeros of Discrete-time MIMO Systems

Capacity of MIMO Channel Under Rayleigh Correlated Fading

List Based Iterative Branch and Bound Algorithm for MIMO Detection

The analysis of channel correlations and emulations on MIMO system

Characteristic Model and Control Method of MIMO High-order Linear Systems

A Novel Receiving Antenna Selection Algorithm in MIMO Systems

Adaptive Robust Control for MIMO Nonlinear Time-Delay Systems

Capacity Analysis and Simulation for Two Typical MIMO Systems

A Robust Detection Scheme for Spatial Correlated MIMO Systems

Application of Link Adaptation Techniques in MIMO System