Sun Microsystems, Inc. K Virtual Machine (KVM). http://java.sun.com/products/kvm/, 2000. Home/Search Document Not in Database Summary Related Articles Check |
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PKI based Access Control with Attribute-Certificates for.. - Suhrbier, Hildmann (2002) (Correct)
....of certificate revocation lists (CRL) on the smartcard itself. 6.2 Standardisation of smartcard specific attributes Another problem is caused by the usage of different types of smartcards or of smartcards from different manufacturers. Even if only Java Card compatible smartcards are considered [JCVM211], JCRE211] JCAPI211] each manufacturer implements its own interpretation of standards which results in small but remarkable differences. An approach would be the specification of smartcard specific ASN.1 object identifiers (OID) used for the security levels in certificates. Each smartcard ....
Sun Microsystems, Inc.: Java Card^TM 2.1.1 Virtual Machine (JCVM) Specification, Revision 1.0 May 18, 2000
Java and Nomadic Devices - Tarkoma (Correct)
....configured to include only classes and VM features that are needed by a particular device. Controllers, printers, instrumentation. # JavaCard, including the iButton implementation by Dallas Semicondutor, smartcards. # Java 2 Platform Micro Edition (J2ME) 12] and the # K Virtual Machine (KVM) [9] are the latest additions. Both were used in the Motorola PageWriter 2000x, Palm III and Palm V hand held devices. They provide Jini [13] support for small devices and allow dividing computing functionality between device and server. When compared with the standard Java Application Environment, ....
....PalmPilot III and V EPOC 1 Mb Smart phones, PDAs Yes, 100 pure Java, AWT and Swing. Ericcson MC 218, Psion series 7 WindowsCE 2 Mb PDAs, limited realtime capabilities Yes, PersonalJava Cassiopeia, Philips Nino Table 1: Current device portfolio, memory footprint and Java support [14] [9] [12] 7] Requirement PersonalJava EmbeddedJava JavaCard RAM 2 MB 512KB 16 KB ROM 1 MB 512KB 512 KB Processor 32 bit 50 MHz 32 bit 25 MHz 8 bit 0,3 MIPS Table 2: Targets of different Java Application Environments [8] 19 Currently, either standard Java or some subset of Java ....
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Sun Microsystems. The K Virtual Machine (KVM), White Paper, 1999. http://web2.javasoft.com/products/kvm/wp/
Jpure - A Purified Java Execution Environment For.. - Beuche, Büttner.. (2000) (1 citation) (Correct)
....shows that most applications in the embedded area do not make full use of the JVM but require only certain subset of functions. For instance many applications do not require dynamic class loading. Other applications do not need garbage collection. Some applications 3 See the kvm whitepaper on [7] for a more detailed disscussion A Purified Java Execution Environment for Controller Networks 5 may not need any of these services. So rather than implementing only one solution that fits all we propose to use a family of JVM implementations. Depending on the required functionality and ....
SUN Microsystems. The K Virtual Machine, 2000. http://java.sun.com/ products/kvm.
A Purified Java Execution Environment for Controller Networks - Tw Or Ks (2000) (Correct)
....services can be implemented by some kind of remote invocation of service on other machines. Scalable JVM The JVM itself is scalable. It provides only the functionalities required by the actual applications. e.g. if no object is ever destroyed no garbage collection support is necessary. Suns kvm [6] is a good example for this approach. But the kvm approach doesn t work automatically, the user must decide which configuration is required. Another idea is to omit a real JVM altogether and use a 2 Java Runtime Java Runtime Java Runtime Application (Bytecode) Application (Native) ....
....of 50k to 100k. 3 Tailoring Java One important constraint for our solution is the ability to support the complete Java language. Therefor a full JVM must be available even on small nodes, not a restricted one like the JavaCardVM [5] Rather than implementing only one 1 See the kvm whitepaper on [6] for a more detailed disscussion 3 solution we propose to use a family of JVM implementations. Depending on the required functionality and available resources on the target node, different configurations can be used. Figure 1 depicts a possible configuration. The rightmost system is the most ....
SUN Microsystems. The K Virtual Machine, 2000. http://java.sun. com/products/kvm.
A Review of the Rationale and Architectures of PJama: a.. - Atkinson, Jordan (2000) (Correct)
....can be completely separated by replicating class static variables and carefully chosen synchronization monitors. This overcomes problems and and gives complete isolation apart from the risk of service denial ( which it could be extended to overcome. At present it works with the standard KVM [203], but it could be applied to PJama pt and with additions to deal with such things as native methods and threads to PJama 1:0 . Such a system only provides isolation; any controlled sharing has to be implemented outside of the applications, e.g. via a database or by significant changes to the ....
Sun Microsystems, Inc. K Virtual Machine (KVM). http://java.sun.com/products/kvm/, 2000.
Java Access Protection through Typing - Rose, Rose (2000) (1 citation) (Correct)
....additional assertion code. Such an addition may be worth considering, however, in contrast to the read only case it complicates the Java language considerably. Finally we remark that the above can without problems be integrated with lightweight bytecode verification [3] as used by Sun s KVM [6], to permit static access control even in sparse resources. ....
Sun. The K virtual machine (KVM). http://java.sun.com/products/kvm, 1999.
Jaguar: Enabling Efficient Communication and I/O in Java - Welsh, Culler (1999) (1 citation) (Correct)
.... including mobile agent systems [21] distributed programming models [18] enterprisewide information processing [15] and scienti c and numerical computing [22] As Java s popularity grows, so will the demands placed upon it to support even more diverse computing platforms, from embedded systems [19] to workstation clusters [27] If we wish to bring Java to bear on large problems, it seems natural that Java should take advantage of the resources of large scale servers, including multiprocessors, high speed networks, and fast I O. A great deal of previous work has addressed problems with Java ....
Sun Microsystems, Inc. The K Virtual Machine (KVM). http://java.sun.com/products/kvm/.
Jaguar: Enabling Efficient Communication and I/O in Java - Welsh, Culler (9 citations) (Correct)
.... including mobile agent systems [24] distributed programming models [15] enterprisewide information processing [12] and scienti c and numerical computing [7] As Java s popularity grows, so will the demands placed upon it to support even more diverse computing platforms, from embedded systems [23] to workstation clusters [28] If we wish to bring Java to bear on large problems, it seems natural that Java should take advantage of the resources of large scale servers, including multiprocessors, high speed networks, and fast I O. A great deal of previous work has addressed problems with Java ....
Inc. Sun Microsystems. The k virtual machine (kvm). http://java.sun.com/products/kvm/.
A Review of the Rationale and Architectures of PJama: a.. - Atkinson, Jordan (2000) Self-citation (Microsystems) (Correct)
No context found.
Sun Microsystems, Inc. K Virtual Machine (KVM). http://java.sun.com/products/kvm/, 2000.
An Authentication and Authorization Architecture for Jini Services - Schoch (Correct)
No context found.
Sun Microsystems. K Virtual Machine (KVM). 2000. 104
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