留言板
- [497]郑晓天
- 陈老师，我采用geographical进行分析之后发表的文章所在地是一个一个小红点，必须放大之后才能看到单个的与被引用数量有关的柱状图形。但我记得，好像您做过演示可以直接在地球表面，显示出各个文献的柱状图形，根据柱状高感度以代表该文献被应用的次数。
- 我的回复(2013-9-16 19:01)：按最后的button之前，选medium or large.
- [496]zoneq6
- 陈老师您好！
感谢您在百忙中回复！
之前我反映的“geographical/generate google earth maps”功能问题现在已经找到原因了——在您的提示下我发现与数据相关，新下载的SCI数据可以正常运行。同学给的前几年下的数据（以前用citespaceii成功过的）在3.7.R5版本中不能正常运行。 -
我的回复(2013-9-15 18:22)：谢谢你提供的信息。我尽量先保证当前格式。
如果是几年前下载的数据，建议重新下一遍，尤其如果你要用到web of science的被引次数(TC)，过期太久了。
- [495]zoneq6
- 陈老师您好！
感谢您如此无私的奉献和优秀的科研软件！
我试用了您的新版本3.7.R5 (64-bit)，其中geographical/generate google earth maps功能无法正常工作。新生成的kmz文件夹下面各.csv文件大小为0kb；双击“master-medium.kmz”文件google earth启动后报错，无法加载该kmz文件！还请陈老师排疑解惑……
说明：
1、Google Earth：我试过最新的7.1.1.1888，也试过之前6.1.0.5001的老版本，都是一样的效果，无法正常加载生成的kmz文件；
2、操作系统：我试过win8.1 64bit/win7 64bit/win7 32bit/xp等四个系统；
3、Java jre：我试过Jre8/jdk1.8、Jre7/jdk1.7等。 -
我的回复(2013-9-14 21:50)：我试了一遍这个数据：http://cluster.ischool.drexel.edu/~cchen/citespace/data/Big%20Data.zip
CiteSpace: 64-bit 3.7.R5
Google Earth: 7.1.1.1888
Java: 1.7.0_25
运行正常.
你如同时运行VPN, 关掉VPN试试。
- [494]王金利
- 恩嗯好的，非常谢谢哈。是在《CITESPACE信息可视化软件》这个课件里看到的，嘿嘿
- [493]王金利
- 陈老师，请问下 Silhouette的值Si=1-a/b，这里的a和b分别代表什么呢，在哪可以看到Silhouette的值呢，嘿嘿
-
我的回复(2013-9-13 20:51)：1. 从哪儿看到的这个公式？上下文里没提吗？是在我的博客里，论文里，还是其他地方？
2. CiteSpace图谱的左上方有几行信息，最后一行显示总平均。Cluster Summary或Cluster Explorer里可看到每个聚类的silhouette值。
- [492]郑晓天
- 转换前的德温特专利数据：
FN Thomson Reuters Web of Knowledge
VR 1.0
PT P
PN ~WO2011130054-A1; US2011256865-A1
TI Facilitating method for communication between user equipment and satellites for wireless communication systems involves adjusting timing of communication transmitted from user equipment to satellite based on delay measure.
AU SAYEED Z
WILKUS S A
GA 2011-N06997
AB NOVELTY - The facilitating method involves obtaining data indicative of position of satellite (110) in a user equipment (102), and data indicative of position of user equipment. A delay measure is computed based on the data indicative of the positions of satellite and user equipment, and a timing of a communication transmitted from the user equipment to the satellite is adjusted based on the delay measure. The data indicative of position and velocity of satellite is received.
USE - Facilitating method for communication between user equipment and satellites for wireless communication systems.
ADVANTAGE - Ensures that uplink communications from multiple user equipments within the same coverage area of the satellite are received orthogonally at the satellite since the user equipment performs timing and frequency adjustment of uplink communications with satellite. Allows the user equipment to communicate with the satellite and other system components since the interface circuitry is comprised of transceiver or other communication hardware or firmware.
DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:
(1) a computer readable storage medium; and
(2) a facilitating apparatus for communication.
DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a communication system.
User equipment (102)
Access network (104)
Gateway (106)
Network component (108)
Satellite (110)
DC T01 (Digital Computers); W01 (Telephone and Data Transmission Systems); W02 (Broadcasting, Radio and Line Transmission Systems)
MC T01-C03C; T01-F01B1; T01-N02A3; T01-N02B1G; W01-A06C4; W02-C03B1
IP H04B-007/185; H04W-056/00; H04W-004/00
PD ~WO2011130054-A1 20 Oct 2011 H04W-056/00 201170 Pages: 22 English
US2011256865-A1 20 Oct 2011 H04W-004/00 201170 English
AD PI US761098 15 Apr 2010
DS ~WO2011130054-A1:
(National): AE; AG; AL; AM; AO; AT; AU; AZ; BA; BB; BG; BH; BR; BW; BY; BZ; CA; CH; CL; CN; CO; CR; CU; CZ; DE; DK; DM; DO; DZ; EC; EE; EG; ES; FI; GB; GD; GE; GH; GM; GT; HN; HR; HU; ID; IL; IN; IS; JP; KE; KG; KM; KN; KP; KR; KZ; LA; LC; LK; LR; LS; LT; LU; LY; MA; MD; ME; MG; MK; MN; MW; MX; MY; MZ; NA; NG; NI; NO; NZ; OM; PE; PG; PH; PL; PT; RO; RS; RU; SC; SD; SE; SG; SK; SL; SM; ST; SV; SY; TH; TJ; TM; TN; TR; TT; TZ; UA; UG; US; UZ; VC; VN; ZA; ZM; ZW
CP ~WO2011130054-A1
CR ~WO2011130054-A1
UT DIIDW:2011N06997
ER
PT P
PN ~CN201872653-U
TI Emergency communication security vehicle has satellite communication system and multimedia command and control center that are connected through video graphics array (VGA) cable.
AU HE F
KONG L
LIU G
LV C
TIAN B
YU Y
GA 2011-J54888
AB NOVELTY - The vehicle has a satellite communication system that includes Ethernet switch (4) and a multimedia command and control center (12) connected through VGA cable. An audio gateway (16) connected with the satellite communication system through IP link to treat tone signal by analogue-to-digital conversion, compression coding, sampling, IP package handling, signal channel coding and modulating, and transmits the signal to a satellite center station, and accessed to ground network to intercommunication between the built-in-phone and the ground network phone.
USE - Emergency communication security vehicle.
ADVANTAGE - The emergency communication security vehicle is performed in real time and has effective communication and command the rescue and relief site. The command center provides the flexible time and accurate information.
DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the emergency communication security vehicle. (Drawing includes non-English language text)
Vehicle mounted antenna (1)
Wideband modem (2)
Ethernet switch (4)
Multimedia command and control center (12)
Audio gateway (16)
DC T01 (Digital Computers); W01 (Telephone and Data Transmission Systems); W02 (Broadcasting, Radio and Line Transmission Systems); X22 (Automotive Electrics)
MC T01-C08; T01-D02; T01-J07D1; T01-N01D1; T01-N02B1B; T01-N02B1G; W01-A02A; W01-A06F1A; W01-C05A1; W02-C03B1A; W02-G02A2; X22-K08; X22-P10
IP B60P-003/00; H04B-001/38
PD ~CN201872653-U 22 Jun 2011 B60P-003/00 201163 Pages: 10 Chinese
AD PI CN20586619 27 Oct 2010
UT DIIDW:2011J54888
ER
PT P
PN ~KR2011081587-A
TI Localization system is provided with Assisted global positioning system based active sensor tag, where artificial satellite navigation data electrical transmission is performed by wireless communication.
AU AHN J K
GA 2011-K64205
AB NOVELTY - The localization system is provided with an Assisted global positioning system based active sensor tag (130). An artificial satellite navigation data electrical transmission is performed by a wireless communication such as Zigbee or a wireless Local area network. A central newspaper origin server (110) and a gateway (120) are utilizing Internet by a transport network mode of Transmission control protocol or Internet protocol. The system is provided with a Global positioning system support determination function.
USE - Localization system.
ADVANTAGE - The localization system is provided with an Assisted global positioning system based active sensor tag, and thus improves inconvenience and ensures efficient system.
DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a localization system. (Drawing includes non-English language text).
Artificial satellite (10)
Network (20)
Central newspaper origin server (110)
Gateway (120)
Assisted global positioning system based active tag (130)
DC T01 (Digital Computers); W01 (Telephone and Data Transmission Systems); W06 (Aviation, Marine and Radar Systems)
MC T01-C03C; T01-N01D3; T01-N02B1G; W01-A06C4A; W01-A06F2A; W01-A06F2C; W06-A03A5C
IP G01S-019/14; G01S-019/25
PD ~KR2011081587-A 14 Jul 2011 G01S-019/25 201162 Pages: 6
AD PI KR001809 08 Jan 2010
UT DIIDW:2011K64205
ER
PT P
PN ~US2011176426-A1
TI Method for managing active packet data network connections for e.g. mobile device, of wireless communication system, involves transmitting message including locally stored list of active data network connections to user equipment.
AU LIOY M V
CHERIAN G
WANG J
BALASUBRAMANIAN S
BABBAR U S
GA 2011-J37577
AB NOVELTY - The method involves releasing data network connection for a user equipment (UE) (110), and receiving a presence indication message from the UE, where the message indicates multiple active data network connections. A determination is made whether the active data network connections received in the message matches a locally stored list of the active data network connections. Another message including the locally stored list of the active data network connections is transmitted to the UE, if the active connections received in the message does not match with the locally stored list.
USE - Method for managing data network connections i.e. active packet data network (PDN) connections, for user equipment (UE) i.e. mobile device, of a wireless communication system. Can also be used for a subscriber unit, a subscriber station, a mobile station, a remote station, a remote terminal, an access terminal, a user terminal, a communication device, a user agent, wired terminal, and a wireless terminal such as cellular telephone, satellite phone, cordless telephone, session initiation protocol (SIP) phone, wireless local loop (WLL) station, personal digital assistant (PDA), handheld device having wireless connection capability, computing device, and processing device connected to a wireless modem, of a code division multiple access (CDMA) system implementing universal terrestrial radio access (UTRA) and CDMA2000 radio technologies, a time division multiple access (TDMA) system implementing a global system for mobile communication (GSM) radio technology, a frequency division multiple access (FDMA), orthogonal FDMA (OFDMA) system implementing evolved UTRA (E-UTRA), IEEE 802.11, IEEE 802.16 and IEEE 802.20 radio technologies, a single-carrier FDMA (SC-FDMA) system, and a peer-to-peer or mobile-to-mobile ad hoc network system using IEEE 802.xx wireless local area network (LAN) and BLUETOOTH unpaired unlicensed spectrums.
ADVANTAGE - The method enables informing a mobile device and/or a gateway of changes to activate the data network connections when the data network connection has been terminated, while handling stale network connection information.
DETAILED DESCRIPTION - The presence indication message is a link control protocol (LCP) echo request message. INDEPENDENT CLAIMS are also included for the following:
(1) a processor for managing data network connections
(2) a computer program product having a set of instruction to perform a method for managing data network connections
(3) an apparatus comprises a receiver and a processor.
DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a high-level network.
Network (100)
UE (110)
Access network/evolved packet control function (114)
High rate packet data serving gateway (116)
PDN gateways (120, 130)
DC T01 (Digital Computers); W01 (Telephone and Data Transmission Systems)
MC T01-C03C; T01-M06A1A; T01-N01D; T01-N02A1B; T01-N02A2E; T01-N02A3; T01-N02B1G; T01-S03; W01-A03B; W01-A06B5A; W01-A06B8C; W01-A06B8E; W01-A06C4A; W01-A06C4E; W01-A06C4G; W01-A06F3; W01-A06G2; W01-A06G5C; W01-C01D1A; W01-C01D3C; W01-C01D3E; W01-C01D3G; W01-C01D4; W01-C01R; W01-C05B4C
IP H04W-004/00; H04W-076/00
PD ~US2011176426-A1 21 Jul 2011 H04W-004/00 201150 Pages: 19 English
AD PI US262876P 19 Nov 2009
US949742 18 Nov 2010
UT DIIDW:2011J37577
ER
转换之后德温特专利数据格式：
FN Thomson Reuters Web of Knowledge
VR 1.0
PT P
PN WO2011130054-A1; US2011256865-A1
TI Facilitating method for communication between user equipment and satellites for wireless communication systems involves adjusting timing of communication transmitted from user equipment to satellite based on delay measure.
AU SAYEED Z
WILKUS S A
GA 2011-N06997
AB NOVELTY - The facilitating method involves obtaining data indicative of position of satellite (110) in a user equipment (102), and data indicative of position of user equipment. A delay measure is computed based on the data indicative of the positions of satellite and user equipment, and a timing of a communication transmitted from the user equipment to the satellite is adjusted based on the delay measure. The data indicative of position and velocity of satellite is received.
USE - Facilitating method for communication between user equipment and satellites for wireless communication systems.
ADVANTAGE - Ensures that uplink communications from multiple user equipments within the same coverage area of the satellite are received orthogonally at the satellite since the user equipment performs timing and frequency adjustment of uplink communications with satellite. Allows the user equipment to communicate with the satellite and other system components since the interface circuitry is comprised of transceiver or other communication hardware or firmware.
DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:
(1) a computer readable storage medium; and
(2) a facilitating apparatus for communication.
DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a communication system.
User equipment (102)
Access network (104)
Gateway (106)
Network component (108)
Satellite (110)
DE T01 (Digital Computers); W01 (Telephone and Data Transmission Systems); W02 (Broadcasting, Radio and Line Transmission Systems)
SC T01-C03C; T01-F01B1; T01-N02A3; T01-N02B1G; W01-A06C4; W02-C03B1
SO H04B-007/185; H04W-056/00; H04W-004/00
PD WO2011130054-A1 20 Oct 2011 H04W-056/00 201170 Pages: 22 English
US2011256865-A1 20 Oct 2011 H04W-004/00 201170 English
PY PI US761098 15 Apr 2010
DS WO2011130054-A1:
(National): AE; AG; AL; AM; AO; AT; AU; AZ; BA; BB; BG; BH; BR; BW; BY; BZ; CA; CH; CL; CN; CO; CR; CU; CZ; DE; DK; DM; DO; DZ; EC; EE; EG; ES; FI; GB; GD; GE; GH; GM; GT; HN; HR; HU; ID; IL; IN; IS; JP; KE; KG; KM; KN; KP; KR; KZ; LA; LC; LK; LR; LS; LT; LU; LY; MA; MD; ME; MG; MK; MN; MW; MX; MY; MZ; NA; NG; NI; NO; NZ; OM; PE; PG; PH; PL; PT; RO; RS; RU; SC; SD; SE; SG; SK; SL; SM; ST; SV; SY; TH; TJ; TM; TN; TR; TT; TZ; UA; UG; US; UZ; VC; VN; ZA; ZM; ZW
CP WO2011130054-A1
CR WO2011130054-A1
UT DIIDW:2011N06997
ER
PT P
PN CN201872653-U
TI Emergency communication security vehicle has satellite communication system and multimedia command and control center that are connected through video graphics array (VGA) cable.
AU HE F
KONG L
LIU G
LV C
TIAN B
YU Y
GA 2011-J54888
AB NOVELTY - The vehicle has a satellite communication system that includes Ethernet switch (4) and a multimedia command and control center (12) connected through VGA cable. An audio gateway (16) connected with the satellite communication system through SO link to treat tone signal by analogue-to-digital conversion, compression coding, sampling, SO package handling, signal channel coding and modulating, and transmits the signal to a satellite center station, and accessed to ground network to intercommunication between the built-in-phone and the ground network phone.
USE - Emergency communication security vehicle.
ADVANTAGE - The emergency communication security vehicle is performed in real time and has effective communication and command the rescue and relief site. The command center provides the flexible time and accurate information.
DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of the emergency communication security vehicle. (Drawing includes non-English language text)
Vehicle mounted antenna (1)
Wideband modem (2)
Ethernet switch (4)
Multimedia command and control center (12)
Audio gateway (16)
DE T01 (Digital Computers); W01 (Telephone and Data Transmission Systems); W02 (Broadcasting, Radio and Line Transmission Systems); X22 (Automotive Electrics)
SC T01-C08; T01-D02; T01-J07D1; T01-N01D1; T01-N02B1B; T01-N02B1G; W01-A02A; W01-A06F1A; W01-C05A1; W02-C03B1A; W02-G02A2; X22-K08; X22-P10
SO B60P-003/00; H04B-001/38
PD CN201872653-U 22 Jun 2011 B60P-003/00 201163 Pages: 10 Chinese
PY PI CN20586619 27 Oct 2010
UT DIIDW:2011J54888
ER
PT P
PN KR2011081587-A
TI Localization system is provided with Assisted global positioning system based active sensor tag, where artificial satellite navigation data electrical transmission is performed by wireless communication.
AU AHN J K
GA 2011-K64205
AB NOVELTY - The localization system is provided with an Assisted global positioning system based active sensor tag (130). An artificial satellite navigation data electrical transmission is performed by a wireless communication such as Zigbee or a wireless Local area network. A central newspaper origin server (110) and a gateway (120) are utilizing Internet by a transport network mode of Transmission control protocol or Internet protocol. The system is provided with a Global positioning system support determination function.
USE - Localization system.
ADVANTAGE - The localization system is provided with an Assisted global positioning system based active sensor tag, and thus improves inconvenience and ensures efficient system.
DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a localization system. (Drawing includes non-English language text).
Artificial satellite (10)
Network (20)
Central newspaper origin server (110)
Gateway (120)
Assisted global positioning system based active tag (130)
DE T01 (Digital Computers); W01 (Telephone and Data Transmission Systems); W06 (Aviation, Marine and Radar Systems)
SC T01-C03C; T01-N01D3; T01-N02B1G; W01-A06C4A; W01-A06F2A; W01-A06F2C; W06-A03A5C
SO G01S-019/14; G01S-019/25
PD KR2011081587-A 14 Jul 2011 G01S-019/25 201162 Pages: 6
PY PI KR001809 08 Jan 2010
UT DIIDW:2011K64205
ER
PT P
PN US2011176426-A1
TI Method for managing active packet data network connections for e.g. mobile device, of wireless communication system, involves transmitting message including locally stored list of active data network connections to user equipment.
AU LIOY M V
CHERIAN G
WANG J
BALASUBRAMANIAN S
BABBAR U S
GA 2011-J37577
AB NOVELTY - The method involves releasing data network connection for a user equipment (UE) (110), and receiving a presence indication message from the UE, where the message indicates multiple active data network connections. A determination is made whether the active data network connections received in the message matches a locally stored list of the active data network connections. Another message including the locally stored list of the active data network connections is transmitted to the UE, if the active connections received in the message does not match with the locally stored list.
USE - Method for managing data network connections i.e. active packet data network (PDN) connections, for user equipment (UE) i.e. mobile device, of a wireless communication system. Can also be used for a subscriber unit, a subscriber station, a mobile station, a remote station, a remote terminal, an access terminal, a user terminal, a communication device, a user agent, wired terminal, and a wireless terminal such as cellular telephone, satellite phone, cordless telephone, session initiation protocol (SIP) phone, wireless local loop (WLL) station, personal digital assistant (PDA), handheld device having wireless connection capability, computing device, and processing device connected to a wireless modem, of a code division multiple access (CDMA) system implementing universal terrestrial radio access (UTRA) and CDMA2000 radio technologies, a time division multiple access (TDMA) system implementing a global system for mobile communication (GSM) radio technology, a frequency division multiple access (FDMA), orthogonal FDMA (OFDMA) system implementing evolved UTRA (E-UTRA), IEEE 802.11, IEEE 802.16 and IEEE 802.20 radio technologies, a single-carrier FDMA (SC-FDMA) system, and a peer-to-peer or mobile-to-mobile ad hoc network system using IEEE 802.xx wireless local area network (LAN) and BLUETOOTH unpaired unlicensed spectrums.
ADVANTAGE - The method enables informing a mobile device and/or a gateway of changes to activate the data network connections when the data network connection has been terminated, while handling stale network connection information.
DETAILED DESCRIPTION - The presence indication message is a link control protocol (LCP) echo request message. INDEPENDENT CLAIMS are also included for the following:
(1) a processor for managing data network connections
(2) a computer program product having a set of instruction to perform a method for managing data network connections
(3) an apparatus comprises a receiver and a processor.
DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a high-level network.
Network (100)
UE (110)
Access network/evolved packet control function (114)
High rate packet data serving gateway (116)
PDN gateways (120, 130)
DE T01 (Digital Computers); W01 (Telephone and Data Transmission Systems)
SC T01-C03C; T01-M06A1A; T01-N01D; T01-N02A1B; T01-N02A2E; T01-N02A3; T01-N02B1G; T01-S03; W01-A03B; W01-A06B5A; W01-A06B8C; W01-A06B8E; W01-A06C4A; W01-A06C4E; W01-A06C4G; W01-A06F3; W01-A06G2; W01-A06G5C; W01-C01D1A; W01-C01D3C; W01-C01D3E; W01-C01D3G; W01-C01D4; W01-C01R; W01-C05B4C
SO H04W-004/00; H04W-076/00
PD US2011176426-A1 21 Jul 2011 H04W-004/00 201150 Pages: 19 English
PY PI US262876P 19 Nov 2009
US949742 18 Nov 2010
UT DIIDW:2011J37577
ER - 我的回复(2013-9-12 22:10)：收到。有结果我会再详细回复。
- [491]王金利
- 恩恩好的，嘿嘿
- [490]张少杰
- 陈老师，您好！我在对wos里的数据进行关键词分析时发现，关键词全部为小写，且不存在缩写，想咨询一下，是citespce软件将关键词进行了这样的处理吗？
- [489]王金利
- 嘿嘿老师，那个492问题还是没解决呢，按的那个操作没什么反应呢，另外期待老师提供中介中心性的资料哈，谢谢哦
- 我的回复(2013-9-12 11:09)：好像是没反应，我再查查看。。。
- [488]郑晓天
- 陈老师，我用Citespace自带的德温特专利格式转换器，按照博客上说的联网进行，但总是一致处于转换中；按照495条留言的办法自己进行转换，转换后的数据格式如下：
FN Thomson Reuters Web of Knowledge
VR 1.0
PT P
PN WO2011130054-A1; US2011256865-A1
TI Facilitating method for communication between user equipment and satellites for wireless communication systems involves adjusting timing of communication transmitted from user equipment to satellite based on delay measure.
AU SAYEED Z
WILKUS S A
GA 2011-N06997
AB The facilitating method involves obtaining data indicative of position of satellite (110) in a user equipment (102), and data indicative of position of user equipment. A delay measure is computed based on the data indicative of the positions of satellite and user equipment, and a timing of a communication transmitted from the user equipment to the satellite is adjusted based on the delay measure. The data indicative of position and velocity of satellite is received.
USE - Facilitating method for communication between user equipment and satellites for wireless communication systems.
ADVANTAGE - Ensures that uplink communications from multiple user equipments within the same coverage area of the satellite are received orthogonally at the satellite since the user equipment performs timing and frequency adjustment of uplink communications with satellite. Allows the user equipment to communicate with the satellite and other system components since the interface circuitry is comprised of transceiver or other communication hardware or firmware.
DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for the following:
(1) a computer readable storage medium; and
(2) a facilitating apparatus for communication.
DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of a communication system.
User equipment (102)
Access network (104)
Gateway (106)
Network component (108)
Satellite (110)
DE T01 (Digital Computers); W01 (Telephone and Data Transmission Systems); W02 (Broadcasting, Radio and Line Transmission Systems)
SC T01-C03C; T01-F01B1; T01-N02A3; T01-N02B1G; W01-A06C4; W02-C03B1
SO H04B-007/185; H04W-056/00; H04W-004/00
PD WO2011130054-A1 20 Oct 2011 H04W-056/00 201170 Pages: 22 English
US2011256865-A1 20 Oct 2011 H04W-004/00 201170 English
PY PI US761098 15 Apr 2010
DS WO2011130054-A1:
(National): AE; AG; AL; AM; AO; AT; AU; AZ; BA; BB; BG; BH; BR; BW; BY; BZ; CA; CH; CL; CN; CO; CR; CU; CZ; DE; DK; DM; DO; DZ; EC; EE; EG; ES; FI; GB; GD; GE; GH; GM; GT; HN; HR; HU; ID; IL; IN; IS; JP; KE; KG; KM; KN; KP; KR; KZ; LA; LC; LK; LR; LS; LT; LU; LY; MA; MD; ME; MG; MK; MN; MW; MX; MY; MZ; NA; NG; NI; NO; NZ; OM; PE; PG; PH; PL; PT; RO; RS; RU; SC; SD; SE; SG; SK; SL; SM; ST; SV; SY; TH; TJ; TM; TN; TR; TT; TZ; UA; UG; US; UZ; VC; VN; ZA; ZM; ZW
CP WO2011130054-A1
CR WO2011130054-A1
UT DIIDW:2011N06997
ER
将其采用Citespace进行分析，没有得到数据。我使用过最新版和和前一版本的32位Citespace都是如此，采用 Noun Phrases Keywords Category 进行分析。每次分析结束后Time Slicing 都自动重置为1970-1970。分析结束后还有提示：
Citespace found no valid items to display .
1. Make sure that your data files indeed include relevant information, such as reference. For example ,PubMed records do not provide cited references
2. Try again with lower thresholds the time frame is invalid Citespace has reset the range .Try again .
我选择门限不高。我怀疑是数据的年份格式有问题：PY PI US761098 15 Apr 2010
但是这个年份格式怎么处理啊？或者说是别的问题？ - 我的回复(2013-9-11 18:57)：把转换前的数据发几条给我看看，包括这条。
- [487]郑晓天
- 陈老师，新版32位的Citespace在用Google进行地理位置分析时，在显示成功完成数据转换后，打开kml文件件，里面的excel全是空文件，点击master-那个与goolg链接的文件没有反应，这是怎么回事
- [486]shirlyxie
- 请教老师：如何做一个time-zone 图，只显示拐点的文献？ 做出来的图谱可以显示“突显词”和“引文文献”，但是不知道控制哪些参数只显示“拐点”的文献？
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我的回复(2013-9-12 11:08)：这里加了个视频。不知是不是解答了你的问题：
http://cluster.ischool.drexel.edu/~cchen/citespace/videos/spotlight.swf - 我的回复(2013-9-11 00:01)：稍等。我加个新博客，可以加些图示。
- [485]郑晓天
- 陈老师，Citespace中德温特专利数据格式是否就是将缩略词换为WOS格式，例如将德温特专利代码转换成关键词。如果是这样，那么是否可以将其他数据库下载之后按照这种方式进行转换，转换成WOS数据格式即可？还有德温特数据和WOS数据格式转换是不是要在联网的时候进行？是否是应为这个转换过程是在MySQl数据库完成的（其服务器在网上）？
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我的回复(2013-9-11 00:03)：1。转换那页上有具体解释。大致如此。
2。是。是。
- [484]王金利
- 陈老师，能不能提供点关于高中介中心性或其操作方面的资料呢，谢谢哈
- 我的回复(2013-9-10 23:59)：能。稍等。
- [483]shirlyxie
- 请问老师：1:time-line 图背景总是黑色，为什么？如何去掉黑色？
2如何做一个time-zone 图，只显示拐点的文献？ -
我的回复(2013-9-9 21:29)：图上方有一排按钮，其中有两个类似hourglass，一
个黑色背景，另一个白色。
试一下spotlight, 在burst button 的左边。
- [482]王金利
- 恩恩好的，谢谢老师哈
- 我的回复(2013-9-9 21:30)：解决了吗？
- [481]王金利
- 老师我试了一下还是不行呢，只能整体调大小，不能将出现次数多的字体大小与出现少的字体大小有层次的体现出来呢
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我的回复(2013-9-8 12:34)：Display > label fontsize > uniform/proportional.
具体菜单名可能略有出入。
- [480]王金利
- 恩恩好的，谢谢老师哈
- [479]jinpengxiao2
- 陈老师，您好，用BURST terms做突现词探测来确定前沿时为什么出来的突现词被引频次都是从某个值骤降为0，而不是想象中的剧增？谢谢老师了
- [478]王金利
- 陈老师您好，图形中的关键词怎样调可以将出现的多的字体调大，出现少的字体调小呢，现在的版本是否有这个功能呢，麻烦老师了哈
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我的回复(2013-9-7 22:07)：图的右侧有个控制板，里面有几个slider
滑动slider即可调节。
先把threshold 调到最左边，再调font size.
左=小，右=大。
如有问题再问
