Map of the Che Kiang Province showing the part recaptured from the Taeping rebels by Anglo-Franco-Chinese forces under Capt. R. Dew, C.B., in 1862-3 [cartographic material] : from a survey by Capt. R. Dew, C.B. Rl. Navy.

Military map of Che Kiang [i.e. Zhejiang] Province, China during the Taiping Rebellion (1850-1864) and featuring the harbour city of Ning-po [i.e. Ningbo]. The map includes the following notes: "Advance of Hwang with 20,000 men September 1862 [to] Tsie Kie (stormed Septr. 1862)"; "Advance of Fang with 18,000 men September 1862 [to] Fung-wha (evacuated Octbr. 1862)". From December 1861 to May 1862 Taiping generals controlled the city of Ning-po until it was captured by British and French forces. Relief is shown with hachures.; Also available in an electronic version via the Internet at: http://nla.gov.au/nla.map-rm373

Jockey riding racehorse Deputy Ruler onto the racecourse, New South Wales, 1933 [picture].

Title devised from accompanying information where available.; Part of the: Fairfax archive of glass plate negatives.; Fairfax number: .; Also available online at: http://nla.gov.au/nla.pic-vn6265372; Acquired from Fairfax Media, 2012

Containers in Software Development : A Systematic Mapping Study

Peer reviewe

A Cloud Environment for Data-intensive Storage Services

Abstract — The emergence of cloud environments has made feasible the delivery of Internet-scale services by addressing a number of challenges such as live migration, fault tolerance and quality of service. However, current approaches do not tackle key issues related to cloud storage, which are of increasing importance given the enormous amount of data being produced in today's rich digital environment (e.g. by smart phones, social networks, sensors, user generated content). In this paper we present the architecture of a scalable and flexible cloud environment addressing the challenge of providing data-intensive storage cloud services through raising the abstraction level of storage, enabling data mobility across providers, allowing computational and content-centric access to storage and deploying new data-oriented mechanisms for QoS and security guarantees. We also demonstrate the adde