“…For all the above results and further properties related to the class PS q we refer the interested reader to [14]. See also [25] for some continued fraction expansion related to G q .…”
Section: Lemma 31 the Necessary And Sufficient Condition For A Funcmentioning
confidence: 99%
“…BARICZ AND A. SWAMINATHAN We note that in [14] the following result is obtained using the continued fraction results for a circular domain given in [27]. …”
Section: Lemma 31 the Necessary And Sufficient Condition For A Funcmentioning
confidence: 99%
“…For the interested reader on this result and various other continued fraction expansions, [11,13,14,15,27] and references therein may be useful. In particular, the above continued fraction can be obtained as a limiting case of a continued fraction available in [11, p. 488 …”
Section: á Baricz and A Swaminathanmentioning
confidence: 99%
“…We exhibit one such application in this section. The following definition is given in [14]: an analytic function f is said to belong to the class PS q of generalized starlike functions if for all q ∈ (0, 1) and z ∈ D we have…”
Section: Geometric Properties Of Basic Hypergeometric Functionsmentioning
confidence: 99%
“…In the next section we present some new results on the quotients of basic hypergeometric functions by following some ideas of Küstner [18] on Gaussian hypergeometric functions, while in section 3 we study the generalized starlikeness (introduced by Ismail et al [14]) and convexity of basic hypergeometric functions by using the results of section 2. These results complement the main results from [1,14,18]. The last section is devoted for concluding remarks.…”
Abstract. It is known that the ratio of Gaussian hypergeometric functions can be represented by means of g -fractions. In this work, the ratio of q -hypergeometric functions are represented by means of g -fractions that lead to certain results on q -starlikeness of the q -hypergeometric functions defined on the open unit disk. Corresponding results for the q -convex case are also obtained.
“…For all the above results and further properties related to the class PS q we refer the interested reader to [14]. See also [25] for some continued fraction expansion related to G q .…”
Section: Lemma 31 the Necessary And Sufficient Condition For A Funcmentioning
confidence: 99%
“…BARICZ AND A. SWAMINATHAN We note that in [14] the following result is obtained using the continued fraction results for a circular domain given in [27]. …”
Section: Lemma 31 the Necessary And Sufficient Condition For A Funcmentioning
confidence: 99%
“…For the interested reader on this result and various other continued fraction expansions, [11,13,14,15,27] and references therein may be useful. In particular, the above continued fraction can be obtained as a limiting case of a continued fraction available in [11, p. 488 …”
Section: á Baricz and A Swaminathanmentioning
confidence: 99%
“…We exhibit one such application in this section. The following definition is given in [14]: an analytic function f is said to belong to the class PS q of generalized starlike functions if for all q ∈ (0, 1) and z ∈ D we have…”
Section: Geometric Properties Of Basic Hypergeometric Functionsmentioning
confidence: 99%
“…In the next section we present some new results on the quotients of basic hypergeometric functions by following some ideas of Küstner [18] on Gaussian hypergeometric functions, while in section 3 we study the generalized starlikeness (introduced by Ismail et al [14]) and convexity of basic hypergeometric functions by using the results of section 2. These results complement the main results from [1,14,18]. The last section is devoted for concluding remarks.…”
Abstract. It is known that the ratio of Gaussian hypergeometric functions can be represented by means of g -fractions. In this work, the ratio of q -hypergeometric functions are represented by means of g -fractions that lead to certain results on q -starlikeness of the q -hypergeometric functions defined on the open unit disk. Corresponding results for the q -convex case are also obtained.
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