Abstract: We propose a simple but efficient method for modifying Walsh-Hadamard sequences to achieve correlation properties suited for asynchronous DS CDMA applications. The proposed method can be used to minimize the mean square value of aperiodic cross-correlation or the mean square value of aperiodic autocorrelation, the maximum value of aperiodic cross-correlation functions, merit factor or other properties of the sequence set. The important feature of the method is that it modifies correlation properties of the sequence set, while preserving their orthogonality for the perfect synchronization. The proposed method can be applied to obtain bipolar, quadri-phase, or general polyphase sequences
One of the fundamental problems related to the development of direct sequence code division multiple...
Abstract: This paper presents a new family of complex spreading sequences designed using mutually or...
The classical estimation of co-channel interference in asynchronous direct sequence-code division mu...
In this paper, we propose a simple but efficient method for optimizing correlation properties of pol...
This paper deals with a new method to design polyphase spreading sequences for DS CDMA wireless appl...
The paper addresses a problem of designing sequences with small aperiodic autocorrelations and cross...
In this paper, we propose a simple but efficient method for optimizing correlation properties of pol...
Orthogonal bipolar spreading sequences are used in direct sequence code division multiple acces (DS-...
The paper addresses the problem of designing sequence sets with favorable aperiodic correlation prop...
This thesis is dedicated to exploring sequences with good correlation properties. Periodic sequences...
A new method for generating ternary spreading sequences with aperiodic zero correlation zones and la...
Golay complementary sequences, often referred to as Golay pairs, are characterised by the property t...
Abshacf-The performance of direct sequence code division multiple access (DS-CDMA) systems depends o...
A new method for generating families of ternary spreading sequences is presented. The sequences have...
The paper addresses the problem of constructing signature sequences for quasi-synchronous CDMA syste...
One of the fundamental problems related to the development of direct sequence code division multiple...
Abstract: This paper presents a new family of complex spreading sequences designed using mutually or...
The classical estimation of co-channel interference in asynchronous direct sequence-code division mu...
In this paper, we propose a simple but efficient method for optimizing correlation properties of pol...
This paper deals with a new method to design polyphase spreading sequences for DS CDMA wireless appl...
The paper addresses a problem of designing sequences with small aperiodic autocorrelations and cross...
In this paper, we propose a simple but efficient method for optimizing correlation properties of pol...
Orthogonal bipolar spreading sequences are used in direct sequence code division multiple acces (DS-...
The paper addresses the problem of designing sequence sets with favorable aperiodic correlation prop...
This thesis is dedicated to exploring sequences with good correlation properties. Periodic sequences...
A new method for generating ternary spreading sequences with aperiodic zero correlation zones and la...
Golay complementary sequences, often referred to as Golay pairs, are characterised by the property t...
Abshacf-The performance of direct sequence code division multiple access (DS-CDMA) systems depends o...
A new method for generating families of ternary spreading sequences is presented. The sequences have...
The paper addresses the problem of constructing signature sequences for quasi-synchronous CDMA syste...
One of the fundamental problems related to the development of direct sequence code division multiple...
Abstract: This paper presents a new family of complex spreading sequences designed using mutually or...
The classical estimation of co-channel interference in asynchronous direct sequence-code division mu...